Understanding Average Californian Electricity Bill

Californians have an average electricity bill that is higher than the United State’s average. As of 2022, the average electricity price was 25.84/kWh with the average monthly usage being 535/kWh. This meant that a typical household in California would have a bill of $138.29.

There are many reasons why Californians pay a higher electricity rate than other states. For one, the state is prone to wildfires that destroy the electricity infrastructure. The state is also going through inflation and the labor costs are higher than other places.

Faced with these problems, utilities in the state are investing in renewable energy infrastructure such as wind and solar as they scale up the grid for increased electricity demand. Furthermore, the state is moving from gas to electrification. All these projects combined cause the price of electricity to skyrocket.

California uses the time-of-use rate plans which also contribute to the high electricity rates. Time-of-use rate plans charge Californians different rates depending on the hour of day. For example, if you use more electricity between 5 PM and 9PM, you will pay more compared to using more power in the morning.

And since most residents come home from work in the evening, they are forced to pay more since that’s when the demand for electricity is high, and so are the rates. 

According to energy experts, most residents of California do not take advantage of the time-of-use incentive. They end up using more power during the night leading to higher utility bills.

Luckily there are several ways to lower electric bills, one being installation of solar panels and battery storage systems.

The Need for Solar Panels in California 

Installing solar panels is one of the most significant ways to cut your electricity bills if you are in california. The state has solar-friendly weather with long sunny days. In Addition, it has some of the most solar-friendly policies. As of writing, the state has the most solar panels and installers in the country. 

While purchasing solar panels comes at a huge cost, the benefits down the line will be worth it. Plus, there are many solar incentives and rebates you use to lower the installation price further. 

Here are some of the incentives and assistant programs you can take advantage of:

• Low-Income Energy Assistance Program: Targets low-income Californians.
• Medical Baseline: Targets Californians with qualifying medical conditions.
• California Alternate Rates for Energy: Offers 30-35% discounts on electricity bills and 20% discount on natural gas bills for qualifying households.
• Family Electric Rate Assistance Program: Provides 18% discount on electricity bills for families above the CARE limit.
• GoGreen Home Loans: Residents get  30% of the cost if making their homes more energy efficient.
• Energy Savings Assistance Program: Eligible Californians do not pay for energy efficiency services and weatherization.
• Energy for All Program: Offers no-cost solar installation for residents in areas prone to pollution and eligible tribal communities.
• Disadvantaged Communities Green Tariff Program: Offers a 20% discount on renewable energy for households that cannot afford to install solar.

Ways to Lower Electricity Bills in California 

So, how can you lower your monthly electricity bill? Let’s find out.

Install a Solar System

Going solar is arguably the most practical way to lower your electricity bills in California. With a solar system, you can produce electricity, which you can even sell to your energy provider. Furthermore, California has a solar-friendly climate. 

A robust solar system can help you reduce electricity bills significantly. And since most solar panels are made of photovoltaic panels, they convert sunlight efficiently. For example, BLUETTI solar panels have an impressive efficiency of 23.4%. This means they can convert sunlight to electricity faster than other solar panels.

By generating your own electricity, you reduce reliance on the grid, which can help reduce overall electricity prices. In the long run, the solar system pays for itself thanks to energy savings. 

Install a Storage Battery 

If you want improved lowering of electricity bills, consider installing a storage battery. Modern storage batteries can integrate with most solar systems. With a robust storage battery, you can reduce reliance on the grid during peak hours.

What’s more? You can take advantage of incentives and rebates offered by the state for installing a storage system. Not to mention the 30% federal tax credit and the Self-Generation INcentive Program (SGIP).

And since most Californians pay the highest rates during the afternoon and evening, having a solar battery storage system can help you mitigate paying those high rates. 

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Take the BLUETTI AC200MAX + 2*B230 + 3*PV200 | Solar Generator Kit as an example. You can take advantage  of the 30% federal tax credit by buying this kit. It comes with a power station and three powerful solar planes. 

Thanks to the 2200W running and 4800W surge power, you can use it to power appliances that use the most electricity at night. And with a 2048Wh capacity, it can run for at least three 

days on a single charge. With the high-efficient solar panels, you can recharge it within a few hours.

The power station and the expansion batteries are portable allowing you to use them wherever you are. The multiple outlets allow you to connect different devices simultaneously while the seven ports enable you to recharge it using different means. Talk of solar panels, AC outlets, lead acid batteries and your car.

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Another unit you can use in your California home is the BLUETTI EP500 + 3*PV200 | Solar Generator Kit. Coming with a higher capacity, it is an ideal option if you have higher energy needs. It comes in a movable design so you can take it wherever you need it. 

The provided solar panels have high power output allowing for quick recharging of the power station. But that’s not all, they are foldable, portable, and lightweight. So if you want to use them for outdoor activities, they make the cut.

With a 5120Wh capacity, you can rest assured it will power several devices simultaneously. And for peace of mind, you get an app for remote control and monitoring.

Get an Energy Audit 

Besides installing a solar and battery system, you can also get an energy audit of your home. Basically, a professional will examine your house and appliances to determine the best method to reduce power wastage. 

Think of insulation, gaps, leaks, and more. They can then use this information to recommend the best method to improve your home’s efficiency. For example, they might recommend installing insulation materials, using energy efficient bulbs, or fixing drafts. 

And as you’d expect, they can suggest the use of renewable energy such as solar panels. As mentioned above, some electricity providers will offer incentives for making your home more efficient.

Change Your Energy Consumption Behavior 

Another way to lower your energy costs is to change how you consume electricity. For example, you can reduce the number of times you wash your clothes or use cooking methods that do not consume excess electricity. 

You can also decide to wash laundry and dishes at night since the demand for electricity is lower, especially in California. However, ensure that your grid can support running large appliances at night. They can often cause strain to the grid system causing unnecessary power outages.

Adding LED bulbs is yet another option you can consider. They use less energy than conventional incandescent bulbs. In addition, they have a longer lifespan, mitigating the need for frequent replacements. 

Use Smart Technology

Besides using LED bulbs, you can opt for smart electronics. Contrary to population belief, electronics draw electricity even when they are in standby mode or not turned on. To mitigate this, you can install smart plugs or surge protectors to cut down energy consumption. 

Smart plugs and smart power strips have proved to reduce phantom power that adds up your energy bills. Furthermore, they are cheap and compatible with most electronics. 

Upgrading to a smart thermostat can reduce the amount of electricity needed to run your cooling and heating system. With features like real time alerts, mobile apps, and occupancy sensors, they enable you to track your energy usage anytime anywhere.

Final Thoughts

Californians pay some of the highest electric bills in the United States. While rightly so, you can adopt the above tips to lower them effectively. You can install LED bulbs and use energy efficient appliances to lower your monthly bills. Alternatively, you can install a solar system with a battery storage system to reduce your reliance on the power grid.

What Is the Self-Generation Incentive Program (SGIP)?

The Self-Generation INcentive Program(SGIP) is a California Public Utilities Commision(CPUC) program that offers rebates to customers for installing energy storage technology for residential and commercial use. The technologies include a battery storage system, such as the BLUETTI AC500 + B300/B300S | Home Battery Backup, which you can use when there’s a power outage.

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They can include solar batteries which allow you to utilize solar energy. As you’d expect, batteries can provide power for hours depending on the type, size, and how you are using them. It is for this reason the CPUC urges California residents to install them, through the generous rebates.

As California residents prepare for the next wildfire season, the CPUC has initiated a fund of over $1 billion to cater for the 2024 season. The money will be used to help communities living in fire-threat areas, low income households, medically vulnerable customers, and customers that have experienced the utility Public Safety Power Shut-off(PSPS).

While you can apply for the program, it is recommended to consult a professional installer who can help you choose the most ideal storage system. Luckily, you can access the installer find on the program’s website.

Currently, the rebate is capped between 15 and 20% of the cost of the battery. It is open to SDG&E, PG&E, SCE, and SoCalGas residential and commercial customers.

How Do Incentive Programs Work?

Incentive programs, as the name suggests, allow utility companies to buy power products at a reduced price. They allow customers, both residential and commercial, to transition to sustainable power production with no hiccups.

And as you’d expect, most utility companies offer incentives with SGIP being among the most popular for customers in California. Their aim is to alleviate the burden of electricity demand outpacing supply. 

To the utility companies, they provide alternative ways to generate electricity, without constructing new power plants. Furthermore, they help them use renewables with the ability to control some loads. 

By encouraging customers to change their energy consumption behavior and use electricity during off-peak hours, you get rewarded with varying financial incentives while helping alleviate excess loads on the power grid. 

There are three major incentives that electric providers offer to their customers. They include demand response, time-based rates, and energy efficiency.

• Demand response 

As the name suggests, demand response (DR) encourages customers to use electricity during off-peak hours. This helps reduce strain on the grid, mitigating frequent power outages. Utility companies often use demand response to help restore grid balance when the demand is high.

Most will use incentives such as bill credits and rate reductions to reward customers using demand response incentives. They are not only beneficial to residential customers, but also to the utility companies since they help reduce the cost of producing electricity and allowing them to use renewable sources of power.

• Time-based rates

Time-based rates charge customers different electricity prices depending on the time of day, season, or day type. The goal of time-based rates is to encourage you to use electricity during off-peak hours, which in turn reduces the cost of electricity production.

Ideally, utility companies will charge higher during peak hours and less during off-peak hours. Most companies will revise their rates once or twice a year, with prices being higher during summer months. 

Some of the popular time-based rates include Time-of-Use (TOU), Real-Time Pricing (RTP), Variable Peak Pricing (VPP), and Critical Peak Pricing (CPP).

• Energy efficiency 

Energy efficiency incentives aim to help you reduce overall power consumption and lower utility bills. While this might sound counterintuitive for a utility company, it is beneficial to you and the utility company. 

According to the American Council for and Energy Efficient Economy (ACEEE), energy saving gains from energy efficiency incentives represents one-third of the cost constructing a new power source.

Furthermore, they can help utilities become more efficient by better managing power distribution during peak hours. For example, if the five grids serving all American homes may experience a downtime, the consequences can be catastrophic. It is for this reason they offer energy efficiency incentives to reduce sudden power spikes.

So, when choosing an incentive such as the SGIP consider the benefits. Ideally, they should outweigh any potential drawbacks. 

How to Apply for SGIP Incentives?

To apply for the SGIP incentive, you must meet certain criteria. For one, you must be a customer of the following utility companies:

• Pacific Gas & Electric Company 
• Southern California Edison
• Southern California Gas Company
• Center for Sustainable Energy 

Since application varies between the companies, we recommend visiting their respective websites. Alternatively, you can consult a qualified installer to guide you through the application process.

That said, there are three eligibility categories:

• Equity Resiliency: Capped at $1000/kWh,it covers 100% of the cost of the storage system. It covers customers located in areas prone to frequent power outages or areas that are highly susceptible to wildfires. 
• Equity: The incentive is capped at $850/kWh and covers up to 85% of the overall cost. It targets customers in disadvantaged communities or lower income households. 
• General Market: Finally, you can opt for this incentive if you are a customer of the above utility companies. It is capped between $150 and 200/kWh for residential customers and $180-300/kWh for commercial customers 

How is SGIP Paid Out?

The SGIP is calculated and paid depending on the project. Generally, the federal solar tax credit is applied to the project once the SGIP incentive has been applied. The incentive cannot exceed the total cost of the project and is capped at $5 million. Your battery system should also have an efficiency of more than 85%. 

Residential and commercial customers are paid differently. For a residential customer, you’ll receive the incentive for the whole project upon completion and verification of the construction site. The process might however take anywhere between 6 months to a year. 

For non-residential customers, they receive an upfront amount of 50% of the project’s total. The remaining 50% is paid annually based on the system’s performance over the next five years.

If your system exceeds the minimum performance, you can receive the remaining 50% earlier than five years. Non-residential customers should discharge a minimum of 104 discharges annually for the payment to be successful.

What Are the Benefits of Pairing My Battery with Solar?

There are many benefits of pairing your battery with solar. For example, you can maximize energy savings. Since the solar panels charge your batteries during the day, you can use this stored energy during peak hours, allowing you to save on energy bills.

Connecting your solar panels with batteries helps you achieve energy independence, meaning you can still light your home during power outages. For example, using the BLUETTI AC300 + 2*B300 | Home Battery Backup can help you save on your energy bills.

This model has a capacity of 3072Wh which is adequate to power most of your appliances during a power outage. And since it comes in a modular design, you can increase its capacity to 1288Wh to cater to your energy needs.

Another benefit of installing a solar system is reduction in carbon footprint. Batteries connected to solar panels mitigate the need for non renewable sources of power. This leads to reduced environmental pollution. 

Will My Home Battery Work During a Power Outage?

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Yes, a home battery such as the BLUETTI EP500Pro Solar Power Station | 3,000W 5,120Wh will work during a power outage since it has a high power output. Furthermore, it has a high capacity allowing you to connect just about any device.  And thanks to the smart app, you can control and monitor it from wherever you are. 

Simply connect your home battery to your existing electric system and set it to automatically switch on when there’s a power outage.

Final Thoughts

Well, the SGIP is no doubt a generous and much-needed incentive for qualified homeowners. It helps you install a battery storage at a reduced price. And when paired with the federal tax credit, you can install a solar system at the fraction of the initial price. 

Consider pairing your battery system with solar panels to further reduce your utility monthly bill. Finally, consider consulting a qualified installer before choosing the type of incentive.

What Is TOU?

Time-Of-Use rate is a dynamic electric rate that adjusts based on the grid’s demand. Energy providers offer the rate plans to homeowners in a bid to allow them to use electricity when the rates are lower. In short, they enable you to take advantage of off-peak hours.

For example, some energy providers will offer lower rates in the morning and early afternoon and adjust the rates at night. 

As a homeowner, you ought to adjust with rates, otherwise you might pay more. While they allow you to reduce your energy costs, they can also cause your electricity bill to increase if you use electricity during on-peak hours.

If for example you work from home, you can perform chores that need energy-hungry appliances. Take laundry as an example. Instead of using your washing machine in the evening, you can decide to clean your clothes in the morning. 

And if you have to commute to work, you’ll have to use electricity when the rates are higher. In short, TOU is a double-edged sword, requiring you to plan ahead so you can adjust with the rates.

How Do TOU Rates Work?

How TOU rates work is straightforward. energy providers sell you electricity at different rates depending on the time of day. As you’d expect, TOU rates vary depending on the region and energy provider. However, some terminology remains constant.

Most electricity providers will have higher rates in summer than during winter months. This is because homeowners tend to use more electricity during summer months. Ideally, energy providers will offer rates in four segments. They include:

• Super off-peak
• Off-peak
• Peak
• Super-peak 

Super-off peak and off-peak hours run between early morning and late afternoon. Demand for electricity during these hours is at its lowest. Peak and super-peak hours run between late afternoon and evening. 

It is during this time that demand is at its peak. Most homeowners will be running the AC, watching TV, playing video games, and charging devices among other energy intensive activities.

As you can see, it is more economical to run your cooling and heating system during off-peak hours as it consumes the most electricity. 

Why are TOU Rates Necessary?

TOU rates aim to lower the cost of energy, allowing you to use electricity in a cost-effective way. Most energy providers will revise their rates once or twice a year. Expressed in cents per kilowatt-hour ($kWh), it aims to cover the cost of generating the electricity you use at home.

The rates however change throughout the day because of various reasons. Conventionally, an increase in demand for electricity causes an increase in the cost of electricity production. Without the TOU rate plans, you will not take advantage of the changing costs of production.

TOU rates not only allow you to use electricity at a reduced price but also provide a sense of transparency. As the rates adjust across the course of the day or week, you can have a better understanding of the true cost of the electricity you use. As such, you can adopt better habits to reduce your energy costs. 

Difference Between Time-Of-Use rate bill and a Standard Bill

A standard bill is easy to calculate. Simply multiply the rate you pay for electricity by the amount of electricity you’ve consumed in a month. 

The TOU rate bill is different. While it follows the same calculation procedure, you’ll multiply the amount of electricity based on different times of the day. For example the bill will be lower in the morning than in the evening. 

With the TOU rate, you might notice a reduction in electricity bills even without changing your usage habits. Likewise, you might also see an increase in energy costs. 

How To Make Most of The TOU Rates

As you’d guess, there are different ways to make use of the TOU rates. The most common is using appliances during off-peak hours. Doing so might lower your electricity bill by a huge margin. 

For example, using your washing machine at 10.00 PM instead of 5.00 PM could save you a lot of money. And if you do the same with other appliances, you can save on your energy costs. 

Another impressive way to make the most of the time-of-use rates is to invest in a solar system. While the initial investment might be high, it will save you money in the long run. Better yet, invest in solar panels and a storage system. You can then use energy stored in your solar batteries during peak and super-peak hours. 

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For example, you can invest in the BLUETTI AC200MAX + 2*B230 + 3*PV200 | Solar Generator Kit. It includes a powerful power station, expansion batteries, and three solar panels.

And the capacity is impressive so you can connect appliances such as coffee machines and electric grills. The 2048Wh capacity will serve you for hours on single charge. The solar panels have an exceptional 23.4% efficiency, which is higher than most panels.

As such, you can expect the power station to recharge within a few hours. With the two expansion batteries, you can increase its capacity to 6144Wh or 8192Wh. And the best part is that the power station, batteries, and solar panels are portable.

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Another viable option is the BLUETTI EP500 + 3*PV200 | Solar Generator Kit, which has a higher capacity. This is an ideal option if your energy needs are higher. It has an impressive capacity of 5120Wh and comes with a 2000W pure sine wave inverter. 

It also has multiple ports allowing you to connect numerous devices. And you don’t have to recharge with solar panels only, as you can use an AC outlet, lead acid battery, or your car. You also get an app for remote control and monitoring. 

While TOU rates can help you reduce your energy costs, complementing them with a solar system can be a boon allowing you to use electricity from the grid during off-peak hours. 

Other Tips for Saving Power Bill

How else can you reduce your monthly electricity bill? Let’s find out.

• Avoid standby mode

Contrary to popular belief, standby mode consumes electricity even when your appliances are not running. By switching it off, you can save upwards of $60 annually. Modern electrical appliances can be unplugged from the AC outlet without upsetting their programming. 

However, check the appliance’s manual since some might need to be left plugged in. For example, your digital TV recorder might need to stay plugged in to keep track of programs. 

• Use kitchen appliances wisely 

Oftentimes, we use kitchen appliances when we don’t really need them. For example, you might use your microwave any time you want to heat your food. While this is easy and convenient, it can cause your energy costs to increase. So, avoid heating your food all the time using the microwave. Instead, use your stove or take the food at room temperature.

• Use LED bulbs 

Lighting can also cause an increase in energy costs, especially if your home has numerous rooms. To mitigate this, you can invest in LED bulbs since they consume less electricity compared to conventional bulbs. 

• Use a dishwasher 

While dishwashers consume electricity, they save more water, time, and electricity. In fact, if you use an Energy Star-qualified dishwasher instead of cleaning utensils by hand, you can save up to 5000 gallons of water and $40 in energy costs. And the best part is you can program it to run for a few minutes.

• Use a fan

If you live in a hot area, you can substitute a thermostat for a ceiling fan. A ceiling fan consumes less electricity than a conventional air conditioner. Furthermore, it makes a room feel cooler.

• Use a dimmer 

According to the US Department of Energy, installing a dimmer reduces your bulbs wattage and output, enabling you to use less electricity. What’s more is some dimmers come with an app allowing you to control your lighting system from any place.

Final Thoughts

Time-of-use rate plans allow you to schedule the use of electricity when the rates are lower. It allows energy providers to sell electricity to residential consumers at different rates throughout the day. Installing a solar system while using TOU rate plans can allow you to reduce energy costs.

What Causes High Electricity Bills in Summer?

There are many reasons why electricity bills in summer are higher than normal, with the common culprit being the HVAC units. Most homeowners will use their cooling systems to regulate temperature levels in their homes. And since they account for about 46% of your average energy consumption, you can expect the figure to be higher in summer. 

According to the Energy Information Administration (EIA), residential customers will pay $173 per month this summer. This is a slight increase from last year’s $168. This is because this year’s summer temperatures will be higher than last year’s. As such, HVAC systems will run for extended periods leading to increased energy costs.

It is no doubt that most households in the United States use more electricity in summer (June, July, August) than in other months since they rely on air conditioning rather than other methods such as natural ventilation. 

That said, electricity bills vary depending on your location. For example, if you live along the Gulf Coast, you can expect to pay more this summer due to hot and humid weather. However, if you live along the Pacific Coast, expect to pay less since the weather is more conducive in summer. 

Cooling Degree Days

Cooling degree days is the measure of how temperature affects the need for air conditioning. According to the EIA, this year’s summer temperatures are expected to be higher, leading to a 5% increase in cooling degree days. This means the average electricity consumption will increase by 3% this summer. 

That said, summer energy consumption in 2024 is expected to be lower than was used in 2010. This is thanks to the energy efficient air conditioning systems households have installed. 

How High Will My State Electricity Bill Be In Summer?

While most electricity prices will remain relatively similar to last year, households in New England and along the Pacific Coast will see an increase in their electricity prices. If you live in California, Oregon, or Washington states, you can expect a 7% increase in electricity prices this summer. 

This is because utilities in these states faced higher costs to supply electricity in 2023. For example, there was less production of hydroelectric power and gas prices were the highest in the country. 

If you live in New England states such as Maine, Connecticut, Rhode Island, and New Hampshire, you can expect a 7% drop in electricity prices during the 2024 summer months. This is thanks to declining wholesale electricity and natural gas prices. That said, the average summer retail electricity price will be 26 cents/kWh. The highest in the nation.

Middle Atlantic states will also experience an increase in power prices this summer. If you live in Pennsylvania, New York, and New Jersey states, expect a higher price of $14/month. It is as a result of increased electricity use and increasing electricity prices. 

According to EIA, most households in the United States will experience higher electricity bills during the summer months of 2024 due to increased temperatures, increased electricity use, and higher electricity prices.

What Uses Most Energy In Summer?

There is no doubt that air conditioning uses the most energy in summer. And as the EIA forecasts higher temperatures during this year’s summer, you can expect your system to work harder, leading to increased electricity bills. 

Ideally, when outside temperatures are higher than 35 degrees Celsius, your air conditioner will use maximum power to keep your home cool. As it operates at its maximum, the system may struggle to maintain optimal temperature in your home. 

As such, it will run for extended periods and work harder. Eventually, your monthly electricity bill during the summer months will increase significantly.

Water heaters also consume excess electricity in summer. Regardless of how hot it is outside, you’ll still need a water heater for comfortable living. Energy costs increase significantly especially if you have a large family. 

And since most people spend more of their time inside, you can expect appliances such as TVs, laptops, coffee machines, and similar to consume more electricity. 

As you can see electricity bills will increase regardless of the appliances you have in your home. But your HVAC system will consume the most electricity. Consider complementing cooling of your home using other methods such as using window treatment and adding ventilations.

How Can You Identify Appliances Using Most Electricity?

There’s no one-fits-all answer on how to identify which appliances are using the most electricity. However, if you have a smart meter installed, you can easily tell when consumption is high as it turns red. 

For example, if it turns red when running your washing machine, you can be confident it is among the appliances causing an increase in energy costs.

Another option is to use smart plugs. They allow you to monitor electricity usage from the comfort of your couch. It will send you daily alerts on the amount of electricity each plugged in appliance has used, allowing you to identify what appliance is using the most electricity.

Installing a monitor attached to the electrical panel can also help you monitor electricity usage, enabling you to identify which appliances are using the most electricity. The best part is that you receive real time alerts on your phone.

What Time of Day is Electricity Cheapest in Summer?

Generally, electricity rates during the day vary depending on demand. High demand increases electricity rates while low demand leads to lower rates. But this is changing as utilities adopt time-of-use plans. They allow you to pay less for electricity used during off-peak hours.

During summer months, peak and off-peak hours vary depending on your timezone. If you live in the Easter time zone, peak hours range between 2 and 6 p.m. while off-peak hours are between 6 and 2 p.m. If you live in the Central time zone, peak hours are between 1 and 5 p.m. off-peak hours are between 1 and 5 p.m.

Aim to run power-hungry appliances like washing machines during off-peak hours to avoid increased electricity bills.

How Do I Reduce Electricity Bill in Summer?

One of the most practical ways to reduce your electricity bill in summer is to use a solar system. It allows you to light your home, power appliances, and charge devices without drawing power from the grid. Furthermore, you can draw electricity from the grid during off-peak hours and switch to your solar system during peak hours.

All you need are robust solar panels and a high capacity solar backup system and you are good to go. And since peak sun hours are longer in summer, you can rest assured your solar batteries will always be fully charged. 

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For example, you can use the BLUETTI AC500 + B300/B300S Home Battery Backup. This portable workhorse has a 3072Wh capacity. And thanks to the modular design, it can be expanded to 18432Wh. With such capacity, you can run small to large appliances during peak hours and still get similar results. 

Thanks to the 5000W rated and 10000W surge power, it is ideal for powering most devices. Whether you need to run your air conditioner, washing machine, or lighting system, this unit got you sorted. 

It also comes with other features that increase its convenience. For example, it has multiple ports for connecting many devices, 6 recharging methods, and an app for remote control and monitoring.

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Another option is the BLUETTI AC300 + B300 Home Battery Backup. This is an ideal option if you live within New England where air conditioning is rarely used in summer. It has a 3072Wh capacity ideal to run popular medium-sized appliances. However, you can expand its capacity to 12288Wh by adding four B300 batteries.

With a 3000W rated and 6000W surge power it can start and run small and medium-sized appliances such as coffee makers and refrigerators. The best part is that you can recharge it using solar panels, taking advantage of the long peak sun hours in summer.

Besides using a solar system, you can raise your thermostat by 7 to 10 degrees Fahrenheit. This will prevent your HVAC system from running at maximum power. It also ensures temperature levels remain constant during the day.

Final Thoughts

So, is electricity more expensive in summer? Yes, it is higher than other months due to increased electricity use and higher temperatures. You tend to use more electricity to cool your home during the summer months. Consider installing a solar system to reduce your electricity bills in summer.

What Are Peak Electricity Hours?

Peak electricity hours or on-peak hours are hours when the demand for electricity is high. They vary from time of day, state, season and which day of the week. For example, peak electricity hours during weekdays range between late afternoon and early evening. However, on weekends they can vary depending on how many people are at home rather than being involved in outdoor activities.

Since the demand for electricity is high, the rates also increase. That’s why you get a high electricity bill from your electricity provider if you use energy-intensive appliances in the evening. So, to avoid high bills, consider doing activities that require a lot of power during off-peak hours.

What Are Off-Peak Electricity Hours?

On the other hand, off-peak hours are hours of day when the demand for electricity is low. Like peak electricity hours, they can vary depending on the season and day of week. Generally, they range from early morning to late afternoon. This is the recommended time to use your energy-intensive appliances. 

It is also the perfect time to charge your alternative sources of power such as power stations and portable generators. As you’d expect, electricity rates are lower since fewer households are using electric appliances.

Why Do Utility Companies Use Time-of-Use Rates?

Not all utility companies use time-of-use rates. However, it is mandatory in other states such as California if you install solar panels. Time-of-use rates a billing in which electricity rates change depending on the time of day. 

Ideally, they are the most expensive between 4 and 9pm and cheaper between 9pm and 4pm the following day. Utilities that use these rates do so to encourage their customers to use power when the demand is low. Unfortunately, they can get complicated and confusing. That said, with a TOU rate and solar panels with batteries, you can even forego using the grid.

What is the Cheapest Time of Day to Use Electricity?

The cheapest time of day to use electricity is when there’s less demand otherwise known as off-peak hours. They range between 9pm and 6am. This can be the right time to charge your car, wash clothes, and other electricity-intensive activities. Avoid using electricity from late afternoon to late evening since the rates are usually high.

How to Cut Energy Costs in Summer? 

Use Solar Systems 

Using solar as your primary or secondary source of power can reduce energy costs in summer. For one, you’ll not be using electricity from the grid, meaning your meter reading will be lower than usual. Secondly, solar generators and power stations do not require fuel.

This is unlike conventional generators that require you to source gasoline or natural gas before you can use them to run your HVAC system. Fortunately, there are many reputable solar generator brands, with BLUETTI being one of them. 

7 Ways to Charge, Electricity is No Longer Difficult

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit
①6,144Wh Capacity; ②4,800W Surge Power; ③900W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

Get Discount | Buy Now!

As you’d expect, the company produces industry-standard solar systems like the BLUETTI AC200MAX + 2*B230 + 3*PV200 | Solar Generator Kit. This kit comes with three solar panels and a generator. The panels have the best efficiency, capped at 23.4%. This means they will capture ample sunlight during peak sun hours. 

On that note, they have an impressive power output enabling them to recharge your solar generator in a few hours. The generator packs a 2048Wh capacity, ideal for powering most small to medium appliances like coffee makers and TVs. and since it comes with a pure sine wave inverter, you can plug just about any appliance. 

In fact, it can power a refrigerator for at least 56 hours, keep your lights on for more than 100 hours, and run your air conditioner for 14 hours. This kit will no doubt help you cut energy costs in summer. 

Home Backup Power to Avoid Power Outages

BLUETTI EP500 + 3*PV200 Solar Generator Kit
①5,120Wh Capacity; ②2000W PSW Inverter; ③Smart Touchscreen; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥App Remote Control; ⑦60 Months Warranty

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If you want a more robust kit, the BLUETTI EP500 + 3*PV200 | Solar Generator Kit may be your best bet. Coming with three efficient solar panels and a high-capacity generator, it will enable you to run large appliances during peak electricity hours so you can lower your energy bills. 

Like other BLUETTI solar generator kits, it has impressive features such as an app for remote monitoring and a smart touchscreen for seamless settings adjustment. Thanks to its 

high 5120Wh capacity, it can store enough power to keep your devices running for days on a single charge. 

With either of the above solar generator kits, you can reduce your energy costs significantly in summer. And since they are portable, you can use them for outdoor activities such as powering an electric grill.

Use Windows to Keep Out Heat

If using a solar generator kit is not a viable option, consider using your windows to prevent heat gain during the day. And there are many ways to go about it.

You can use window shades with light colors that can reflect sunlight. An excellent option are drapes. They not only reflect sunlight but also blick heat adequately. Besides, they can improve your home’s aesthetics. 

Consider installing external window shades such as awnings. They block direct sunlight while blocking heat, keeping your home cool. While you can install them, involving a professional installer will guarantee the best results. 

Planting plants near your windows will improve temperature regulation in your home. Other materials you can use include bubble wrap, dark window film, and cellar shades.

Use Ventilation 

If you are looking for an inexpensive method to keep your home cool in summer, using ventilation is your bet. You can use natural, spot, or whole-house ventilation. 

Natural ventilation involves opening your doors and windows to let in cool air from the outside. It also involves not performing heat generating activities such as cooking during the day. For improved results, you can open your windows in the morning when the air is cooler.

You can also opt for spot ventilation by using fans. They can be table fans, ceiling fans, window fans, or wall mounted units. They help cool the air in specific areas of your house. Window fans provide the most cost-effective cooling, so consider using them. Of course, you should unplug them after use.

Consider whole-house ventilation if you have a large house. Whole house fans draw cool air through the windows and expel hot indoor air through the roof. 

Keep Your Cooling Systems Running Efficiently 

 Another way to keep your energy costs under control is to ensure your cooling system is running efficiently in summer. An easy and efficient way to boost your system is to upgrade your thermostat.

Consider using a smart thermostat that you can program to meet your cooling needs cost-effectively. For example, you can raise the temperature 7 to 10 degrees while you are away and then reduce it to normal levels once you arrive at home. 

This can reduce your energy costs by 20%. If possible, consider buying a unit that can automatically adjust depending on your routine. And since they come with features such as intuitive user interfaces, using them is easy.

Perform regular maintenance on your air conditioning system for improved efficiency. For example you can clean the evaporator coils and condenser regularly. Consider replacing the air filters before they are clogged with dirt.

Prevent Hot Air From Leaking Into Your Home

Reducing the amount of hot air that leaks into your home can reduce your energy costs significantly. Furthermore, it leads to a more comfortable and healthier living environment. Caulking allows you to seal openings between stationary components like window and door flames while weatherstripping seals movable components.

Some areas in your home that cause leakages include attic air sealing, recessed lighting, ducts, fireplace walls, and chimney shafts. 

To prevent air leaks, consider consulting a professional to assess your home and recommend the best sealing method. You can install foam gaskets behind switch plates and outlets on walls. You can also use foam sealant on gaps around baseboards and windows.

Final Thoughts

Peak and off-peak hours allow consumers to schedule their electricity usage. You can make the most out of the two by using less electricity during peak hours and running large appliances during off-peak hours. This way, your monthly bill will decrease gradually. Consider also installing solar panels with batteries to lower your bill further.

Most Americans assume Alabama is one of the best states to move in terms of affordable living costs. However, the opinion may be subjective because living costs vary for every individual. To have a clear picture of the costs, you need to make some accurate calculations. This blog covers everything about living costs in Alabama with the most recent figures. If you're planning to move, you shouldn't miss reading it.

Average Costs of Living in Alabama

According to the Bureau of Economic Analysis (BEA), the cost of living for an average US adult in Alabama is 39,657 dollars per year. It includes a variety of expenses and taxes that an average American pays. Moreover, Alabama ranks 4th on the list of most affordable US states in terms of cost of living (MERIIC, 2024). It’s listed after Mississippi, the other southeastern state in the top ranks. 

The following table reflects the breakdown of living costs in different categories;

Apart from economics, most people also love Alabama because of its mild subtropical weather. The summers are warm and the winters are cool. The southeastern cuisines are already famous across the US and Alabama has it all. Moreover, the Alabamans are cheerful people to live with. The state's living expenses are below the national average which makes it a more attractive destination to move to. 

What Are the Different Costs of Living in Alabama? 

The average cost of living has numerous components, and each carries a different weight. These can include housing, utilities, healthcare, education, transport, grocery, etc. We’ll break down each component to see how much expenses you should expect living in Alabama. 

Housing Costs in Alabama

Alabama has lower housing costs compared to the national average. The median estimate for a house cost in the US is 436,800 dollars. According to a recent estimate, you can buy a house in Alabama for 206,044 dollars (Zillow, 2023). Remember, these prices vary from city to city, here's a breakdown of city-wise house prices in Alabama:

Rent & Utilities

The average rent in Alabama is within the $664 and $1,250 range per month. It varies in different cities, but the average estimate for rent is $861 a month across the state. You should expect to pay a little higher in downtown areas. Finding a house or apartment in Alabama is relatively easier than in other states. 

Moreover, utilities are expensive in Alabama compared to other US states. One recent survey suggests that Alabamans pay about $398 per month for utilities. The major portion goes to electricity expenses. The electricity expenses tend to be higher due to fuel-based energy production. 

Groceries & Food Costs 

Groceries and Food costs are moderate in Alabama, you can expect to pay about $271.75 per month on average. When compared to the national average of  $438 per month, the costs are quite low (BEA, 2021). Moreover, the taxes on groceries are the same across the US, the price variability is mostly in fresh produce. 

Your groceries and food costs will be higher if you choose to live in urban cities like Mobile. Additionally, you must account for restaurant costs when eating out. Usually, restaurant costs are added to miscellaneous expenses because they're highly variable and change from person to person. 

Transportation Costs 

Transportation costs vary across different regions of Alabama. The cities mostly have well-developed public transport infrastructure which is relatively cheaper. However, considering the vast area of the state, you would most probably need a personal vehicle for traveling. 

The fuel prices in Alabama are lower than the national average whereas vehicle maintenance, insurance, etc are within the average ranges. You must choose a fuel-efficient vehicle and plan your routes to save on transportation costs. 

Healthcare Costs 

Healthcare is the most crucial component of living costs anywhere in the US. According to a report from the Bureau of Economic Analysis (BEA), the average healthcare costs for an individual are $6,545 per year in Alabama.  When compared to other southeastern states, Alabama has the second lowest healthcare costs. 

There are numerous variables attached to healthcare costs like age, health condition, insurance plan, etc. You should calculate your healthcare costs and add them to the total cost of living. Make sure to explore multiple insurance providers, check reviews, and select affordable plans.

Government Taxes 

Government taxes are an integral part of living costs in the US. Alabama has a 5% tax rate on the highest income bracket whereas the sales tax is around 4%. When compared to other southeastern states, the taxes in Alabama are relatively low. For instance, South Carolina and West Virginia have a 6.5% marginal tax rate which is well above Alabama. 

When planning your budget make sure to include taxes for a fair picture. It’ll help you know the actual living costs of Alabama. The tax rates in Alabama can be slightly different from your current state. 

Things to Consider When Calculating Total Living Costs of Alabama in 2024

Multiple factors will decide your total living costs in Alabama. We've shared details about different expenses with average amounts to help you determine your expected living costs and compare them with your current costs. Further, you need to be mindful of the following factors:

Location

The city you would choose will have a significant impact on the total living costs. A report from the Council for Community and Economic Research (CCER) suggests that Anniston, Florence, and Mobile have the lowest living costs in Alabama.

Lifestyle

Your lifestyle is another critical factor that determines the total living costs. If you prefer eating out every weekend, your living costs will rise above the average living costs discussed above. So, be mindful of your expenses when calculating total living costs. 

Family size

The number of people in your family and the expenses of each individual will add up to give you the total living costs. Remember, the costs of a child tend to be lower than an average adult. Make sure you account for your family expenses accordingly. 

How to Save Living Costs in Alabama 

You can reduce your living expenses by planning your budget and making sound financial decisions. For instance, utility costs, especially electricity expenses are high in Alabama. You can eliminate electric bills using solar energy. The summers in Alabama are hot and the winters are equally colder. If you want to lower your electric expenses, solar power is the way forward!

BLUETTI is a top manufacturer of solar technology. It offers highly efficient solar generator kits to consumers with advanced features. You can start saving your electric expenses with the BLUETTI solar generator kits' range, let's explore!

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit

7 Ways to Charge, Electricity is No Longer Difficult

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit
①6,144Wh Capacity; ②4,800W Surge Power; ③900W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

Get Discount | Buy Now!

The BLUETTI AC200MAX + 2*B230 + 3*PV200 is a hi-tech solar generator kit with 2,048Wh capacity. You can expand the capacity to 8,192Wh by adding more battery packs. The solar kit comes with BLUETTI B230 LiFePO4 battery packs that are known for their durability and superior performance. You can fast recharge with solar and AC input of up to 1400 W. The solar kit also has a multi-recharge facility for added convenience. 

The system has a compact design for indoor and outdoor usage. The power station connects with your mobile phone via Bluetooth or Wi-Fi. You can control and monitor power consumption, charging status, and battery levels using the smart BLUETTI mobile application. The power station also has 16 ports to plug in different appliances and equipment. Overall the solar kit is a game changer that offers ultimate energy independence. 

BLUETTI AC300 + B300 Home Battery Backup

Power Your Basic Family Needs for Days

BLUETTI AC300 + B300/B300S Home Battery Backup
①3,072Wh Capacity; ②6,000W Surge Power; ③2,400W Max. Solar Input; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥7 Ways to Recharge; ⑦5400W Max. Fast Dual Charging (Solar + AC)

Get Discount | Buy Now!

The BLUETTI AC300 + B300 Home Battery Backup is a high-capacity solar generator kit that can power your entire house. The solar kit has an expandable capacity of 12,288Wh backed by advanced LiFePO4 battery packs. It supports blazing-fast recharge with dual input (AC+Solar) of about 5400W Max. The EPS mode is enabled to provide an uninterruptible power supply. You can also use the BLUETTI smart mobile application to control and monitor the system. 

The BLUETTI AC300 + B300 Home Battery Backup combines with BLUETTI PV350 Solar Panels. The high-efficiency panels are made from A+ grade monocrystalline cells with ETFE coating for high performance. The panels have an IP65 rating for protection against rough weather conditions. The design is foldable and compact for easy storage and handling. You can use the plug-in connectors to harness solar energy. 

Final Thoughts 

That was all about Alabama's cost of living in 2024. You can compare the living costs in Alabama with your current costs to see if moving to the state is worth it. Remember, the cost of living varies for every individual. Your income can be higher or lower than the median range and that's what determines your lifestyle. 

Although living in Alabama can be cheaper, it doesn't mean for everyone. Moving to any state to save on living costs is a critical decision, you must make an informed decision. There are also other ways to reduce living costs like investing in solar, opting for cheaper grocery options, and more. It all depends on how you think your way out!

Pennsylvania state has relatively higher electricity prices. The residents pay 7% higher electric bills per month than the national average. It implies that electricity plans are expensive compared to other US locations. One of the reasons is the high dependence on fuel-based energy production. Many power plants in Pennsylvania state run on natural gas (55%) and nuclear fuels (31%) which are expensive. 

Most households are adapting to solar energy to save energy bills. The Pennsylvania state has adequate sunlight hours to power households and reserve energy for night use. Around  150,000 households in the state run on solar power. You can also install a solar system to power your home and reduce electricity bills. This blog covers everything about Pennsylvania’s energy billing landscape. Let’s explore more!

Average Household Electric Bill Per Month in PA

This year Pennsylvania state residents paid $190 per month on average in electricity bills. The total electricity bill per year for a household was around $2,280. When compared to the national average of $2,122 per year, the electric bills in Pennsylvania were 7% higher. It's because of higher electricity rates than other states in the US. Currently, the average electric rates in Pennsylvania are 18 ¢/kilowatt-hour (kWh). Here's a comparison of the electric rates of different states.

The electric bills depend on household consumption and electric rates. An average house in Pennsylvania consumes 1,060 kWh per month. However, the final electric bill also constitutes additional charges. These may include but are not limited to distribution charges, customer charges, state adjustment surcharges, transmission charges, and generation charges. All these charges add up to make your final electric bill. You can save these charges and reduce your electric bill to zero by installing a solar system.

Electricity expenses in Pennsylvania are high considering the average household income levels. For instance, the cost of living for an average US adult in the state is estimated to be $49,040 per year, and electric expenses represent a major portion of this figure. It’s the reason Pennsylvania residents are adopting solar power as a cheap energy alternative. The state government also runs multiple energy conservation programs to promote energy-saving measures. 

What are the Electricity Rates & Plans in Pennsylvania? 

The power sector is deregulated in Pennsylvania, there are numerous power providers which offer electric plans at different electricity rates to consumers. Although the difference in rates is not significant, you can still save a fair amount of money by choosing a cheaper electricity provider. As of 2024, there are over 100 power providers across the Pennsylvania state with coverage in various counties. 

Here’s a list of a few power providers operating in the state and their current electricity rates:

The consumers subscribe to a plan with a fixed term and rate. For instance, Clean Sky Energy offers a 6-month plan at an 11.99 ¢/kWh rate. If you subscribe to their plan, your connection will be charged 11.99 ¢/kWh for 6 months which will renew upon expiration. The electric companies offer good rates to consumers with higher average household power consumption. In case your consumption is low, you can negotiate better rates for a long-term contract. 

Some plans also offer variable rates that depend on market fluctuations. The rate can be lower in one month and higher in the other. You will save money if the market electric rate drops, but when the rate increases you’ll be charged higher. Although the rates are set by electric companies, they have to abide by government regulations that ensure fair competition in the sector and public benefit.

Choose the Best Electricity Plan in Pennsylvania.

There are a few things you must consider to choose the best electricity plan in Pennsylvania. When you have too many options, selecting one can be troublesome. Here are some criteria that you can use to make a selection. 

Power Provider 

List down the power providers that have coverage areas in your locality. Consider their repair and maintenance schedules, response to customer complaints, and electric plans. You can also select them based on customer reviews on different online platforms. 

Electric Plans 

Each company would have multiple electric plans for different users. These are broadly classified as fixed-rate and variable-rate plans. The fixed-rate plans have a contract term of about 6 months to 1 year. However, variable rate plans are like monthly subscriptions which may have different rates for every month. You should also explore other promotional and green plans if needed. 

Cost Comparison

Now that you know what type of electric plan is the best, you can compare the electric rates of different power companies. The rate should not be your primary decision driver because supply reliability and complaint resolution are critical. 

Contract Terms 

Before signing the contract make sure that you understand the terms. Power companies usually set heavy cancellation fees in the contract terms that most people don't consider. You should also look for hidden charges and penalties. All these things can cause trouble and increase your electricity expenses. 

Reliability 

The power provider should have the lowest power outages and an efficient electrical infrastructure. The repair and maintenance should be prompt to ensure continuous power supply. You can evaluate their response rate and fault rate from customer reviews and online resources. 

Using Solar to Reduce Electricity Bills in PA 

Solar power is the ultimate solution to reduce electricity bills. You can enjoy complete energy independence without needing to rely on grid supply. Solar energy pays for itself, when you invest in a solar system the costs are offset with time. It's an intelligent decision considering the rising electricity expenses in Pennsylvania. With an efficient solar system, you can save up to $2200 yearly. 

Currently, the state government is also promoting solar energy and providing rebates and tax benefits to users. The residents are adapting to solar energy, the installed solar capacity in the state has doubled from last year. The government’s energy efficiency and conservation programs promote energy savings and provide tax benefits to households with less energy consumption. 

Do you plan to get rid of your electricity bills? It's time to install an efficient solar system at your house. Pennsylvania has enough sunlight hours to power your house throughout the day. You can have battery packs to store energy for later use. Check your daily energy requirements and browse through BLUETTI exclusive solar generators. 

BLUETTI Exclusive Solar Generators for Households 

BLUETTI is the world's leading manufacturer of advanced solar technology. It offers highly efficient solar generator kits with hi-tech battery packs and solar panels. You can install BLUETTI solar kits and get access to sustainable solar energy. Let's explore BLUETTI products to help you unlock solar energy potential:

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit

7 Ways to Charge, Electricity is No Longer Difficult

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit
①6,144Wh Capacity; ②4,800W Surge Power; ③900W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

Get Discount | Buy Now!

The BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit has an expandable capacity of 6144 Wh to power all your appliances. It allows you to save electricity expenses by minimizing your energy consumption. The solar kit comes with efficient LiFePO4 battery packs to store energy for use during the night. You can fast recharge the battery packs in dual charging mode using solar power and grid supply. The system supports 1400W max input to enable blazing-fast charging speed. 

The overall solar generator kit's design is compact and easy to carry. You can use it outdoors and store it indoors very conveniently. The system has smart connectivity via Bluetooth and Wi-Fi, you can use the BLUETTI app for easy control and monitoring. The solar generator kit comes with three BLUETTI PV200 Solar Panels with a total capacity of 600W. The BLUETTI solar panels have 23% efficiency and ETFE coating for protection against harsh weather. 

BLUETTI AC300+B300+2*PV200 Solar Generator Kit 

Power Your Basic Family Needs for Days

BLUETTI AC300 + B300/B300S Home Battery Backup
①3,072Wh Capacity; ②6,000W Surge Power; ③2,400W Max. Solar Input; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥7 Ways to Recharge; ⑦5400W Max. Fast Dual Charging (Solar + AC)

Get Discount | Buy Now!

The BLUETTI AC300+B300+2*PV200 Solar Generator Kit can help you save on electricity bills. It comes with a 12288 Wh expandable capacity to power your entire house. The solar kit has a BLUETTI B300 battery backup to offer a 3072 Wh capacity. The battery packs have advanced LiFePO4 technology that ensures durability and longevity. The fast recharge option is enabled with dual recharging AC+Solar that provides about 5400W max input. 

You can control and monitor the solar generator kit via a user-friendly BLUETTI mobile app. The EPS option ensures an uninterruptible power supply for 24/7 home backup. For added convenience, you can use the multi-recharge facility to keep the battery packs charged. The solar generator kit includes two highly efficient BLUETTI solar panels with a capacity of about 400W. The panels have a foldable design for easy storage and ETFE coating to ensure weather protection. 

Final Thoughts

The monthly electricity bill in Pennsylvania varies from household to household. Your electric bill depends on your total energy consumption during the month and the electric rate of your plan. The electric expenses will continue to grow in the coming years. If you're worried about rising electricity costs, it's high time to invest in solar generators. You can reduce your electric bills to zero and enjoy energy independence. 

The looming threats of climate change have exacerbated these conditions, increasing both the frequency and intensity of hurricanes. Therefore, understanding what to do before, during, and after a hurricane has never been more critical. 

This guide comprehensively defines hurricanes, explores their causes, and provides essential steps for preparation before, during, and after these storms. Additionally, it offers valuable insights into recognizing the various warning signs of an approaching hurricane. 

What Is a Hurricane?

Hurricanes, simply put, are the worst form of a storm. The hot water on the surface of oceans evaporates and turns into low-pressure weather systems called tropical cyclones. 

These cyclones with a wind speed of below 39mph are called tropical depressions, and those with wind speeds above 39mph are called tropical storms. This wind speed, when crosses the threshold of 74mph or 119 km and is sustained, converts into a hurricane.

Based on the Saffir-Simpson Hurricane Wind Scale, hurricanes are rated between 1 and 5. The higher the number of hurricanes, the more speed and destruction they will have. The areas most prone to hurricanes are the Atlantic Ocean, the North Pacific Ocean, the Caribbean Sea, and the Gulf of Mexico. 

What Causes a Hurricane?

Hurricanes are the worst form of storms. These natural calamities are fueled by warm ocean waters, usually in the Atlantic basin. The first fundamental element in a hurricane formation is warm water with a temperature above 27 °C. The warm water evaporates and rises high, and surrounding air rushes to fill the lacuna. The phenomenon continues, resulting in the formation of dense clouds. 

The second important parameter is the availability of steady wind. As cloud formation continues, the speed of wind inside these storms keeps increasing, gaining energy from warm waters. When the wind speed touches the milestone of 74mph or goes above, these storms are called hurricanes. The wind also gives them their spiral shape with a blank space in the center, referred to as the hurricane’s eye. 

What to Do Before a Hurricane?

Hurricanes could be short-lived and extend even more than 2 or 3 weeks. If not well-prepared in advance, they can unleash havoc at large scales in both scenarios. So, understanding what to do before a hurricane is critical. The pointers below can offer valuable insights in this regard.

• Firstly, ensure you are updated on current weather patterns by subscribing to news alerts, message pop-ups, and other community groups.
• Learn the hurricane patterns. This means understanding the potential area to be affected by the hurricane, its duration, and intensity.
• Next comes your planning. If the warning is about a high-intensity hurricane, evacuation must be required. Review all the related details with your family, and if you are receiving continuous medical treatment, consult with your doctor for possible ways out.
• Further, make your emergency kit ready. It should be sized according to the duration of the hurricane and include necessary food items, important documents, and emergency medicines.
• The power supply is critical in storms. Ensure this by arranging a generator, or the best case is to opt for solar generator power kits. They are not only invaluable during power outages but also help cut energy bills during normal days.
• Lastly, take the photos of your property. This will help you make damage claims if your property is insured.

What to Do During a Hurricane?

Flooding is the basis of a hurricane, and it requires a lot of precautions to go through safely. Whether it is about downed electricity lines or managing through swift waters, knowing what to do during a hurricane can help you avoid a lot of worst consequences. Enlisted below are some important considerations in this regard.

• Do not go out unless it's necessary. The cumulative effect of high-speed winds with flooding could be extremely dangerous.
• If you are out, avoid walking in water. First, it has electricity hazards, and second, 6 inches of fast-moving water could take you with it.
• If you are in the car, the precautions are the same. However, the water level goes from 6 inches to 2 feet. So if this is the case, ensure you pulled the hand break, and if you are trapped and the water surface is rising, get on the top. 
• Get continuous weather updates from National Oceanic and Atmospheric Administration (NOAA), a government body that monitor hurricances.
• If evacuation becomes necessary, take only the essentials.
• For those taking shelter inside home, choose for an area with minimum windows and doors. Also, the conditions can change briskly, so be prepared for any change in the plan. 

What to Do After a Hurricane?

Once the calamity is over, it's time to return to normal life. However, this should be done with caution, as hurricane leftovers like property and infrastructure damage could pose threats. You can get help from the suggestions below.

• Staying informed about critical information disseminated through local authorities is critical.
• Go for a thorough check through the property and surroundings. If there are any emergencies, call 911.
• Call for a professional property inspection to ensure there are no building damages. In this regard, it's important not to touch humid electricity appliances, sterilize your walls with any antimicrobial spray, and check the gas pipelines.
• For those who evacuated, wait for a clearance call from authorities before returning home.
• Get in contact with relatives and community members to ensure their safety.
• Make sure to boil water before drinking until the water lines are secured by authorities.

What Are the Warning Signs of a Hurricane?

The inception of a hurricane takes place in the ocean, so it takes quite a few days for it to reach land, leaving enough time for authorities, usually the National Oceanic and Atmospheric Administration, to issue alerts in the form of Hurricane Watches and Warnings.

Hurricane watches are threats that indicate the availability of all the prerequisites for forming a hurricane, but it has not yet formed. Conversely, Hurricane Warnings are threat alerts that are conveyed when a hurricane has formed.

Depending on the lifecycle of a hurricane, the table below explains their various signs.

Home Battery Backup for Emergency Cases

Electrical installations are the most vulnerable structures in storms, and this vulnerability increases many folds if the storm is a hurricane. This could result in prolonged power outages for days and weeks. So, a reliable power backup is critical to maintaining communications and staying vigilant about changing weather patterns.

Conventional generators lag behind due to their dependence on regular fuel supplies, which are difficult to sustain in volatile weather. Solar generator kits are valuable alternatives when all other conventional power backups fail. Their power source is free and sustainable. 

BLUETTI solar generators go a step further by offering a PRICE MATCH GUARANTEE, ensuring the best available price and efficiency together. Below are the top 3 choices of solar generators that are equally good for offering a reliable power supply during hurricanes and help you cut significantly on your monthly power bills.

BLUETTI EP500 Solar Power Station

All-in-one Backup Power Station

BLUETTI EP500 Solar Power Station
①5,120Wh Capacity; ②2,000W Pure Sine Wave Output; ③Smart Touchscreen; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥App Remote Control ; ⑦60 Months Warranty

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EP500 is a solar backup on wheels that ensures continuous power supply with its extensive 5120Wh battery capacity. So whether you are escaping hurricanes or getting shelter in your basement, the system is perfect for both circumstances.

Further, its 2000W output capacity is enough to run multiple devices simultaneously. Other features include enhanced safety through a Battery Management System, easy touch-less operations with Wifi and Bluetooth, and high compatibility with integrated dual micro-computer.

But what truly makes EP500 exceptional is its 30-day price match guarantee and 3500+ charge cycles, which ensure a battery lifespan of more than 10 years with one charge cycle per day. So no longer worry about blackouts when EP500 is there to help you out.

BLUETTI AC500 + B300/B300S

Modular Solar Power System for All Needs

BLUETTI AC500 + B300S/B300 Home Battery Backup
①3,072Wh Capacity; ②10,000W Surge Power; ③3,000W Max. Solar Input; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥6 Ways to Recharge; ⑦4-Year Warranty

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If you are in search of a power backup that can run almost all your appliances simultaneously, AC500 could be perfect for you. Its 5000W output capacity with 10000W surge can withstand the power needs of all a medium-sized home.

Perfect for both energy savings and power outages, this modular system features a 3072Wh LiFePO4 battery, which can further be extended up to 18432 Wh with additional B300 batteries. And, of course, the 3500+ charge cycles are enough to offer the best ROI. 

Other features of AC500 include 7 different charging streams, 16 output ports, and smart control with Wi-Fi and Bluetooth. Still, if you are wondering why you should buy this, a 30-day price match guarantee and a whopping $929 savings in terms of a 30% federal tax credit could further facilitate your decision.

BLUETTI EP800+B500 Home Battery Backup

Off-Grid & Residential Energy Storage System

BLUETTI EP800 + 2*B500 Home Battery Backup
①9,920Wh Capacity; ②7,600W Output Power; ③NEMA 4X / IP65; ④<20ms UPS Time; ⑤BLUETTI App (WiFi/Bluetooth); ⑥10 Years Warranty;

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EP800 is more than a power backup. It's your personal small powerhouse that can be charged through multiple means and can effortlessly help you go completely off-grid.

Whether you need a power supply for your whole home or for your business, EP800, with its 7600W output capacity and compatibility with both 120V and 240V appliances, is surely your way forward. Further, its pre-built 9.9 kWh battery capacity can be extended up to 19.8 kWh, enabling power backup for days and weeks.

The unit is compatible with both new and existing solar panel setups. In case of power outages, it takes less than 20 ms to reestablish a reliable power supply that keeps all your appliances running.

Its cobalt-free LiFePO4 battery not only ensures zero carbon footprints but also comes with a 10-year warranty to further boost your trust in BLUETTI. Also the unit is compatible to use both indoors and outdoors. 

Final Thoughts

Hurricanes are common in the US, especially in coastal areas, and are synonymous with large-scale destructions. Staying informed and vigilant before, during, and after hurricanes could effectively curtail the overall losses.

A reliable power supply is critical in this regard. Though various conventional sources can be used as stop-gap approaches, solar power kits are the best alternative to ensure the reliability and efficiency of your power backup. Visit BLUETTI now to choose what aligns best with your needs.

While the task is difficult, it can offer valuable insights into your monthly energy needs. Eventually, it will identify lacunas that can lower your power bills and help you with your household budgeting and power management. 

This article will be an easy guide to working out your electricity bills. We will discuss how to calculate electricity bills, the role of electricity plans, how to find the energy consumption of different devices, and how to save on your electricity bills.

How Work Out Electricity Bill?

Electricity is billed based on kilowatt-hours (kWh) used. To calculate your monthly electricity bill check the end reading on your previous month's bill and subtract it from your current reading. For example, if your current reading is 1000 kWh and the previous month's reading was 870 kWh, subtract 870 from 1000 to get a total usage of 130 kWh for the month.

Now multiply your total monthly kWh usage by the price per kWh set by your utility provider. The result will be your monthly electricity bill.

Though the process is simple, you may find that the cost given on your bill is more than your calculations. This is due to various other charges that are applied. 

What Are The Different Charges On Electricity Bills?

An electricity bill does not only constitute the amount for your power usage. Instead, it comes with many other taxes like delivery rates, capacity charges, TDU, etc. Below are details of these charges for an easy understanding of how your electricity bill actually works.`

Energy use in kWh

kWh usage is the fundamental part of your energy bill that denotes the power you have consumed to run your household appliances. Your monthly bills are most affected by these charges. For example, if you use less power, it will not only reduce your cost per kWh but also lower other related charges.

Energy Rates By Plan

The power market is deregulated in many states of the US. This means, you are charged per kWh depending on your power plan that could be fixed, time of use (TOU) or any other according to your specific electricity provider.

TDU Charges

Another term you will find on your energy bills is TDU charges. These are the tariffs electricity companies charge as per kWh delivery cost, accounting for the management and maintenance of infrastructure and power grid lines. 

These charges vary depending on your electricity provider. However, these rates renew every six months and are approved by local government authorities.

Capacity Payments

During peak hours, energy-use boosts require additional infrastructure to fulfill the demand and supply gap. This additional infrastructure is useless during non-peak hours. Thus, electric companies charge capacity payments to maintain a continuous power supply during peak hours. However, capacity payments are charged by only a few power suppliers and are not applicable everywhere.

How To Calculate Electricity Cost Of Specific Appliances?

While you can estimate your total bill by multiplying the total kWh energy consumed with the price per kWh, calculating the electricity cost of each appliance requires a little more effort.

For this, you need to consider two parameters, the wattage requirements of the appliance, usually given on their labels, and their running hours. For example, if an AC uses 2000 watts per hour and you run it for 5 hours daily, its total power consumption will be 10000. You can convert this into kW by dividing with 1000. 

Calculating Electricity Bills For Different Power Plans

Your energy plan also affects your monthly bills. Electric companies in the deregulated energy market offer various plans based on individual preferences, which directly influence your power bills. 

Suppose you have opted for fixed rates. Your per-kWh rate will not be subject to market energy price hikes and will also be independent of time of use. Conversely, with TOU plans, your per-kWh rate will vary during different times of the day. Some companies also offer other plans, like free nights and free weekends, for customer acquisition.

Below you can find detailed mathematical expressions for working out your electricity bills according to your plan.

Fixed Plan Calculations

You can use the equation below to calculate your monthly bills for a fixed plan.

Monthly electricity bill = Total Energy used in kWh x Price per kWh + Monthly TDU + Capacity Payments (If applicable)

The monthly power consumption of an average US household is 900 kWh, the rate per kWh is $0.23, and the average monthly TDU is $6. Based on these numbers, your monthly electricity bill will be 

Monthly electricity bill = 500kWh x $0.23 + $6 = $121

Free Weekend Plan Calculations

As their name indicates, this plan offers free electricity on weekends. Now, let's assume your weekend energy consumption is 20% of your total power used. Here is how to calculate your monthly electricity bills.

Monthly electricity bill = Total Energy used in kWh - 20% x Price per kWh + Monthly TDU 

Monthly electricity bill = 500kWh - 100 x $0.23 + $6 = $98

Time Of Use Plan Calculations

In TOU plans, a day is divided into two parts, peak hours and off-peak hours. Energy rates are different for both. For example, the per-kWh price during peak hours is $0.50, and for off-peak hours, it is $0.15. Now, if you consume 200 kWh and 300 kWh of electricity during both periods, here’s how you can work out your electricity bill.

Monthly electricity bill = Total Energy used in peak hours x price per kWh in peak hours + Total Energy used in off-peak hours x price per kWh in off-peak hours + Monthly TDU 

Monthly electricity bill = 200 kWh x $0.50 + 300kWh x $0.15 + $6 = $151

Free Nights Plan Calculations

The method for calculating energy bills in the free nights plan will be the same as for free weekends. But because these plans offer more free time, we will increase the free energy from 20% to 40%. Now, the calculations will be like this.

Monthly electricity bill = Total Energy used in kWh - 40% x Price per kWh + Monthly TDU 

Monthly electricity bill = 500kWh - 200 x $0.23 + $6 = $75

How Can I Reduce My Monthly Electricity Bill?

With soaring electricity prices, lowering electricity bills has never been more critical. Various practices, like using energy-efficient appliances, opting for a more sustainable lifestyle, ensuring the proper maintenance of appliances, upgrading HVAC, and so on, could achieve the desired outcomes. 

Another step that can help you go completely off-grid and ensure your zero carbon footprint is going solar. With innovative advancements in solar panels and the battery industry, solar energy is a viable solution that can fulfill all of a home's power needs. Though its upfront costs are high, these are paid within half the life span of the system, and you ultimately have free electricity.

Below are two solar generator kits from BLUETTI that can help you effectively lower your electricity bills. 

BLUETTI AC200MAX + 2*B230 + 3*PV200

7 Ways to Charge, Electricity is No Longer Difficult

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit
①6,144Wh Capacity; ②4,800W Surge Power; ③900W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

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• AC200MAX is a pure sine wave inverter with a 2200W output capacity and 4800W surge, enough to run multiple appliances simultaneously.
• Its pre-built battery capacity is 2048Wh, supporting your home power needs for hours. Still, if you find this low, the system is modular, and battery capacity can be extended up to 8192Wh with additional B230 batteries.
• You can recharge your system through seven different streams, including an AC wall outlet, solar, car battery, lead battery, and solar+AC. The last charging method is most effective as it ensures 1400W current flow and requires only two hours to fully charge the batteries.
• Its LiFePO4 battery is the most recommended battery for home power backups with zero environmental impact. This battery also ensures a lifespan of more than 10 years with 3500+ charge cycles.
• Lastly, its price match guarantee ensures you get the best deal in the town. If you get a similar unit that is lower priced than this, you can claim the extra amount within 30 days of your purchase.

BLUETTI EP500 + 3*PV200

Home Backup Power to Avoid Power Outages

BLUETTI EP500 + 3*PV200 Solar Generator Kit
①5,120Wh Capacity; ②2000W PSW Inverter; ③Smart Touchscreen; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥App Remote Control; ⑦60 Months Warranty

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• EP500, with its sleek designs and tires, is effective for both indoor and outdoor uses.
• The system’s extensive 5120Wh battery capacity can fulfill the power needs of your off-grid camping for days. Further, this LiFePO4 battery comes with 6000+ charge cycles, extending its lifespan by more than ten years.
• Your safety is of utmost concern from BLUETTI. Thus, the unit integrates a smart Battery Management System that ensures safety and optimum working in all tough weather conditions, ultimately boosting durability. 
• The inclusion of a dual-core microcomputer allows for smooth operations through Wifi, Bluetooth, BLUETTI smart app.
• With 10+ output ports, the EP500 is compatible with almost all home appliances and can run them simultaneously.
• Lastly, experience rapid fast charging by adding a 1200W MPPT solar charger, minimizing your dependence on stored power and generating more direct electricity from solar radiations.

The Bottom Line

Calculating electricity costs could seem daunting, given the different charges and plans. However, this little effort can yield exceptional benefits in terms of electricity cost reduction. Calculate your bill by checking your total kWh of electricity consumed and multiplying it by the cost per kWh. Then, thoroughly probe into the electricity different appliances consume to understand your consumption patterns.

One good idea to save on your electricity bills is to go solar, and BLUETTI solar generators are exceptional. Explore a slew of their quality products and opt for what aligns best with your preferences. 

This comprehensive article is your gateway to demystifying two paramount units, kWh and kW, and how to calculate them at home. Our guide also entails some practical solutions to cut down your conventional energy consumption and potentially save on electricity bills.

Ultra-durable & Safe Power For Everyday Needs

BLUETTI AC200P Portable Power Station
①2,000Wh Capacity; ②4,800W Surge Power; ③700W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Life Cycles to 80%; ⑥MPPT Controller, BMS, etc

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What is kWh in the Electricity Bill?

A kilowatt-hour or kWh is the standard unit of measurement used by electricity providers for billing. It represents how many kilowatts an electronic device gobbles up in one hour.

Simply put, if an electronic device is rated at 1,000 watts and operates continuously for one hour, it has consumed one kilowatt.

What is kW in the Electricity Bill?

Another term you may find on your electric bill is kW. People use the terms kW and kWh interchangeably, although they are entirely different. 

A kilowatt equals one thousand watts and is the amount of power an electric device needs to operate.

How do I Calculate kW to kWh?

Calculating kW to kWh is a breeze if you know an appliance's kilowatts (kW). All you have to do is multiply the appliance’s kilowatt by the time in hours. For example, if your 3-kW central air conditioning system is used for 2.5 hours, you can calculate its kWh consumption in the following way.

kWh = kW × h 

kWh = 3 × 2.5 = 7.5kWh

If you do not know the kilowatts for an appliance, find the wattage label stamped on the back or bottom of the appliance. When you have found the wattage, simply divide the power value by 1000. For example, if an electronic device is rated at 1500 watts, you can calculate the kWh using the following formula:

kW = W ÷ 1000

kW = 1500 ÷ 1000 = 1.5kW

Once you have converted the watts into kilowatts, simply use the formula for kWh conversion, which we have discussed above.

How Do You Calculate the Number of Kwh Used per Day?

In order to calculate your daily kWh consumption, all you need to do is divide your total kWh number by the days covered in your bill. If truth be told, you are not consuming this exact amount of electricity daily. There can be changes based on how much time you spend at home, your activities during this time, and what time of year it is.

An alternative method is to find the day-to-day kWh number based on how many appliances are operational, their kilowatts, and operational hours per day. Nonetheless, this method is hectic as you must work out the mathematics daily.

How are Electricity Bills Calculated?

Understanding how electrical grids calculate your bill is as important as knowing the unit rate of the electricity. You need to understand how much energy you consume, as it determines your home’s electricity bill.

When you read the bill, you see the total cost of your energy consumption over a month. This amount is calculated by multiplying the tariff rate per kWh by how many kilowatt-hours your house has utilized during that month.

How Do I Calculate How Many kWh My Appliance Uses?

Want to calculate the kWh for a specific appliance? Just multiply the appliance’s power rating, usually labeled in watts, by the time you run the appliance and divide the answer by 1,000. 

kWh = (W × h) ÷ 1000

You can also see the chart below for your appliance’s estimated energy usage in kWh.

Why is my KWh Usage so High?

If your electricity bill is going out of control, it means that your monthly kWh usage is high. Here’s why.

Your Appliances are Less Energy-Efficient

One common reason for high kWh usage is the age of your electronic appliances. Generally, large appliances like refrigerators and heating systems consume more energy; if these appliances are over ten years old, they will significantly increase your kWh consumption.

You Use Lighting Incautiously 

Many homeowners like their rooms bright. Consequently, to achieve maximum brightness, they keep their lights on the entire day, even when nobody is around. However, they underestimate that more lighting means more kWh consumption, which contributes to high electricity bills.

Standby Devices are the Culprit

The average desktop laptop and mobile phone get fully replenished in two or three hours. However, some models continue draining energy in standby mode. The same applies to your central air conditioner’s sleep mode.

The Wiring of Your Home is Defective

Although defective wiring is less ordinary, it can significantly escalate your kWh consumption. When defective wires come in contact with conductors, they heat up and consume a relatively higher amount of energy.

Tips for Saving Electricity Bill

Now that we have discussed all the contributing factors for high kWh, you might feel overwhelmed. But remember, every problem has a solution.  Here are some verified tips you can implement to save on electricity bills.

Purchase Energy Star Appliances

If your old appliances have become voltage vampires, it is time to throw them out. Nonetheless, when buying new appliances, remember to check their power rating and look for the Energy Star efficiency on the display of every new appliance. Energy Star is a government-backed program for energy efficiency; the products with this symbol are more energy efficient and can help save capital in the long run.

Use Your Lights Strategically 

Use your lights thoughtfully to brighten the areas that need more light, such as kitchen shelves and workspaces. Also, remember to switch off the light when not in use. You can also try saving energy by replacing your power-hungry incandescent bulbs with energy-efficient CFL or LED bulbs.

Unplug Electronics at Night

Be aware of your device’s charging times, and remember to unplug them before you sleep. Plug your monitors, desktop computers, televisions, and video game consoles into power strips you can switch off when not in use.

Repair Your Defective Wiring Immediately

If you suspect that your home’s wiring is defective, immediately hire an electrician to investigate the matter. Common signs of faulty wiring include flickering lights, discoloration around power dockets, and tripping circuit breakers. Proper wiring is necessary to ensure electrical safety and avoid high kWh usage.

Invest in Solar Generator Kits

Solar generator kits can also be a wise investment if you want significant savings on your electricity bill. Although their upfront cost is high, they can keep your essential devices powered off-grid for several days. Below are our recommendations for the best solar generator kits.

BLUETTI AC200MAX + 3*PV200 Solar Generator Kit

7 Ways to Charge, Electricity is No Longer Difficult

BLUETTI AC200MAX + 2*B230 + 3*PV200 Solar Generator Kit
①6,144Wh Capacity; ②4,800W Surge Power; ③900W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

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The AC200MAX is an ultra-modern solar generator that brings along three photovoltaic panels. Packed with an astonishing capacity of 2,048Wh, the AC200MAX can deliver a continuous output of 2,200 watts and a surge power of 4,800 watts.

The AC200MAX also includes two expansion ports, so purchasing a new generator is unnecessary if your energy demand increases. You can simply boost the total capacity to an astonishing 8,192Wh with two B230 (2,048Wh each) or B300 (3,072Wh each) battery modules.

With seven different ways to recharge, the AC200MAX solar generator also offers flexible charging methods wherever you go. Concisely, the system has less to spend on but more features to love.

BLUETTI AC200P + 3*PV200 Solar Generator Kit

Stay Charged, Anywhere, Anytime

BLUETTI AC200P + 3*PV200D Solar Generator Kit
①2,000Wh Capacity; ②4,800W Surge Power; ③700W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

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Is your electricity bill eating a massive share of your salary? The AC200P is your all-weather friend that can keep you electrified no matter where you are. Packed with 2,000Wh capacity, the AC200P can support your electricity needs during RV trips and forest adventures. Its AC pure sine wave inverter with a 2,000W rating can accommodate a surge power of 4,800W.

Besides the AC outlets, the system includes USB-A and USB-C ports, a specialized RV port, and 15-watt wireless chargers to support all your power needs.

The generator's premium LiFePO4 battery is thermal-resistant and offers 3500+ life cycles, meaning you can avail yourself of the system’s benefits for almost ten years.

Final Thoughts

Kilowatt-hours provide an accurate estimate of your energy usage and a practical way to reduce your electricity bill. You can know which electronic appliances are high-use items and devise a strategic energy consumption plan.

Alternatively, purchasing a solar power generator can be a prudent choice. Above, we have included a review of the most reliable and affordable solar generator kits. You can calculate your kWh usage and buy any of them depending on your needs.

With wind speeds ranging between 30 and 70 miles per hour and swirls reaching 300 miles per hour, tornadoes can unleash large-scale havoc. 

Thus, understanding what to do before, during, and after a tornado is crucial. It helps secure belongings, mitigate the risks during disasters, and offer a prudent strategy to cope with the mess after the tornado leaves.

Read this guide further to understand what causes tornadoes, what you can do before, during, and after a tornado, and how to make your home tornado-resilient.

Power On, Rain or Shine

BLUETTI AC240 Portable Power Station
①1,536Wh Capacity; ②4,800W Surge Power; ③1,200W Max. Solar Input; ④IP65 Water & Dust-resistant; ⑤3,500+ Life Cycles to 80%; ⑥MPPT Controller, BMS, etc

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What Causes a Tornado?

Specific thunderstorms called supercells are the primary culprits in tornadoes. A supercell forms when the air is unstable with different directions and temperatures at various altitudes creating a condition called wind shear. 

The formation of a tornado begins with the collision of hot and cold air, generating horizontal swirls that become vertical as the hot air updrafts and ultimately form a rotating supercell. This supercell makes a cloud funnel, which, if it extends to the ground, is called a tornado. 

Tornado formation adheres to the simple air circulation rule that warm air updrafts, creating an area of low pressure, and nearby cold air rushes to take its place, giving the tornado winds their intense speed.

What to Do Before a Tornado?

Preparing for a tornado ahead of its occurrence is the best way to mitigate potential personal and property risks. Some crucial considerations in this regard are discussed below.

Understand The Difference Between Alert Messages

Authorities convey two types of alert messages in case of a tornado, Tornado Watch and Tornado Warning. Understanding them is critical to predicting tornado formation.

• A Tornado Warning is issued when a tornado is formed and confirmed by authorities. 
• Tornado Watch means that all the requirements for tornado formation are available, and the possibility of its occurrence is high.

Find The Tornado Details

If any of the above messages are conveyed, visit your local meteorological authority's website to know about the intensity of the tornado, its possible route, and other related warnings.

Decide On A Safe Location

Decide on a safe location in your home and share it with your family. Basements are recommended. However, if unavailable, try to find a place with a minimum number of windows and doors.

Further, if you are an apartment resident, choose the center of the building, like a hallway, and discuss the emergency evacuation plan with your building manager.

Make Your Emergency Kit Ready

Your emergency kit should be well-planned, as you will rely on it for essential needs during the calamity. Make a personalized emergency kit depending on your family's needs. Generally, it should include non-perishable or canned food items, health kit items, pet food, and essential documents. Nonetheless, if this is too much to handle in a kit, keep them easily accessible in your home.

Plan Sustainable Communication

Sustainable communication is paramount during tornado threats. To this end, ensure you have battery backup that can keep your devices powered, as electrical infrastructure is more prone to damage during tornados. 

By planning for sustainable communication you can keep updated about the current weather conditions and community developments. 

What to Do During a Tornado?

Tornados can be devastating. They pull up trees and structures and make harmless objects into missiles of mass destruction. Thus, ensuring your safety is necessary. Below are some pointers that you should heed during a tornado. 

• As soon as you get a tornado warning, head towards your safe location. 
• Ensure your personal safety by wearing a helmet and covering your neck. It is also recommended that you hide under a blanket, mattress, or furniture.
• Unblock your emergency mobile phone pop-up message if they are blocked, as they will keep you updated about the ongoing weather conditions.
• Keep away from doors and windows.
• If you are in a car or RV, then.
• Firstly gauge the distance between your mobile home and the tornado. If it is sufficient to escape, then drive away.
• If driving is not possible, leave the vehicle and find a safe place nearby. 
• In case there is no safe space available, fasten your seat belt, lower your head, and cover it with any available cushion. 

Warning

Suppose you encounter a tornado while on the road, do not seek shelter under a bridge, as the wind speeds intensify in such areas. Instead, look for a low-lying area, such as a dry stream bed, and lie flat with your head covered by your hands. This position offers better protection from flying debris and strong winds.

What to Do After a Tornado?

Once the tornado ends, it's time to return everything to normal. Here is what you should do after a tornado.

• Ensure the cessation of tornadoes by checking the authority's official announcement.
• If you took shelter away from home, get back home safely.
• Assess the damages and assist vulnerable community members.
• Maintain a safe distance from damaged electrical infrastructure.
• If your home does not seem fit to go, do not compromise your safety, and evaluate the overall condition of your home by a professional first.
• Check for property damages inside your home. If your home is insured, you can claim for these damages.
• Get help and guidance from authorities to safely dispose of debris ensued by the tornado.

How Do You Prepare Your Home for a Tornado?

The intense tornado winds could heavily damage your home if it is unprepared for the disaster. Various approaches can be combined to make your home a safe castle.

Firstly, windows and doors are the most vulnerable parts of a home to damage by tornado projectiles. Storm shutters are a good solution. They close instantly and offer a wall of defense against flying debris.

Next comes the maintenance of trees in your lawn. Weak limbs can break in response to strong wind and, due to their compound shape, can be destructive to your home exterior. Likewise, clear the surrounding debris, including broken branches, firewood, etc.

For effective preparation of your home against a tornado, the American Red Cross recommends making a list of important checks that include

• Clearing the outside of the home from all types of furniture, grills, and other related items.
• Check your home's electric wiring to avoid short circuits.
• Investigating the weak spots like windows, doors, or wall cracks and repairing them.
• Look around for loose gutter lids and make them tight.
• If solar panels are installed on your roof, check their basic structure is intact.

By adhering to these small steps, you can make your home safe, ultimately curtailing the chances of any mishap.

Home Battery Backup For Emergency Cases

Staying connected and informed during tornados is critical. Home battery backups for tornados prove to be reliable power sources to keep your mobile charged, lights on, and other necessary electronics running. 

Choosing a high-quality power backup is crucial as it also helps you cut your energy bills. Below are three top-tier products from BLUETTI that are reliable, cost-effective, and offer expandable battery capacity to align with your specific needs.

BLUETTI EP500Pro Solar Power Station

Home Backup Power to Avoid Power Outages

BLUETTI EP500Pro Solar Power Station
①5,120Wh Capacity; ②3,000W Pure Sine Wave Output; ③Smart Touchscreen; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥App Remote Control; ⑦60 Months Warranty

Get Discount | Buy Now!

This moveable unit has an extensive battery capacity of 5120 Wh, which can effortlessly fulfill your home's necessary power needs for a couple of days or even more. The LiFePO4 battery offers 3500 plus charge cycles, making its lifespan more than 10 years with one charge cycle per day.

Further, the EP500Pro has an output capacity of 3 kW with 15 outlet ports to support the simultaneous running of multiple devices. The unit is integrated with a specific Battery Management System to ensure reliability and safety. 

Further, it can be charged through various current streams like AC, solar, Car battery, and AC+solar, making power available always.

But what’s truly exceptional about this is its PRICE MATCH guarantee, which means if you find any similar battery backup that is lower priced than this, you can claim the extra amount within 30 days of your purchase. 

BLUETTI AC500 + B300/B300S

Modular Solar Power System for All Needs

BLUETTI AC500 + B300S/B300 Home Battery Backup
①3,072Wh Capacity; ②10,000W Surge Power; ③3,000W Max. Solar Input; ④24/7 EPS; ⑤3,500+ Life Cycles to 80%; ⑥6 Ways to Recharge; ⑦4-Year Warranty

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AC500 features a 5kW output capacity with a surge power of 10kW, making all your home appliances, whether it's an AC, a fridge, or a charge, run to their full capacity. 

Its built-in battery capacity is 3072wH, which can be expanded to 18432wH with additional B300 batteries. With its smart controls, you can operate your system through Bluetooth, Wi-Fi, or the BLUETTI smart app. 

Its 16 outlet ports make it compatible with all your home appliances, and 6 different charging streams ensure you never run out of power, whatever the conditions. The unit also features a PRICE MATCH GUARANTEE, making it an ideal power backup choice.

BLUETTI EP900+B500 Home Battery Backup

Flexible Energy Solution, Grid Optional

BLUETTI EP900 + 3*B500 Home Battery Backup
①14,880Wh Capacity; ②9,000W Output Power; ③BLUETTI App (WiFi/Bluetooth); ④<10ms On and Off-grid Switching Time; ⑤Noise ≤ 50dB; ⑥IP65 Water Resistant; ⑦10 Years Warranty

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EP900 is one solution for all your power needs. Its gigantic 9kW capacity is enough to meet the power requirement of a large-sized home. Still, if it seems low, you can double it to 18kW by attaching two EP900 units.

Regarding its battery capacity, it comes with a 9.9 kWh LiFePO battery that can be further expanded up to 39.6 kWh with additional B500 batteries, fulfilling your home power needs for weeks.

Other features include 

• 10 years hassle-free extensive warranty period
• Remote Control with Phone
• IP65 water and splash protection further enhances the overall efficiency
• Noise below 50 dB
• Compatibility with all 120V/240V devices

Final Thoughts

Tornadoes are extreme weather events that can cause large-scale destruction. Thus, understanding what to do before, during, and after these events is crucial to mitigating associated risks. 

Staying connected and informed is crucial for effective tornado management. While power backups are sure cases, a reliable battery backup, like those offered by BLUETTI, can be your all-weather friend providing you with a reliable power supply and ultimately helping you with effective tornado handling.

However, meteorological authorities issue threat alerts in terms of Tornado Warning and Tornado Watch. Both these terms have distinct meanings and should be interpreted accordingly to limit the damage caused by a Tornado. 

This article will comprehensively discuss Tornado Warning and Tornado Watch, the difference between them, what you should do if you receive one, and how you can ensure a reliable power supply for your home appliances during these natural disasters.

Ultra-durable & Safe Power For Everyday Needs

BLUETTI AC200P Portable Power Station
①2,000Wh Capacity; ②4,800W Surge Power; ③700W Max. Solar Input; ④7 Ways to Recharge; ⑤3,500+ Life Cycles to 80%; ⑥MPPT Controller, BMS, etc

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What Is a Tornado Warning?

A Tornado Warning is a threat alert issued by weather forecasting departments, usually the National Weather Services, when a tornado is sighted or witnessed through means like a tornado’s radar detector, visual confirmation by the naked eye, or satellite reports.

Warnings are usually conveyed through broadcasting channels, including TV, Radio, and SMS alerts on mobile phones. They include details about the intensity of the phenomenon, which areas are more prone to threat, and what could be the possible duration of calamity.

A Tornado Warning is a serious and urgent message that means an imminent threat to life and belongings and requires immediate action.  

What Is a Tornado Watch?

Unlike a Tornado Warning, a Tornado Watch is a more casual message indicating favorable conditions for a tornado's occurrence. These threats do not ascertain calamity formation but inform that conditions like thunderstorms that might ensue in a tornado are available.

These alerts typically cover large areas that may include districts, counties, or even states and are issued when all the prerequisites for a tornado formation are present, usually several hours before the actual tornado.

The National Oceanic and Atmospheric Administration issues tornado watches. They do not require immediate action, as the authorities monitor the conditions continuously. However, in case of a tornado watch, you should be ready to react immediately if it is followed by a Tornado Warning.

What Is the Difference Between a Tornado Warning and a Tornado Watch?

Both Tornado watches and warnings are different terms linked to one common phenomenon that reflects the urgency of the matter. Understanding their differences is crucial for a sturdy preparation to limit damages caused by tornados. Below are their primary differences depending on different factors.

Purpose

The purpose of a Tornado watch is to inform the masses about the possible occurrence of a Tornado. This warning is issued when thunderstorms and all other conditions of tornado formation are available. 

Conversely, Tornado Warnings are confirmations that come when a tornado has already formed and requires immediate action.

Timing

The Tornado Warnings are subsequent to watches and indicate an imminent tornado, thus conveyed as soon as the catastrophe is witnessed, usually a couple of hours before you encounter the tornado. 

On the other hand, Tornado Watches are threat alerts that indicate the possibility of a tornado and can be issued even days and weeks before the tornado.

Response Required

A Tornado Watch is more casual in nature and alerts about the possibility of a natural disaster. At the same time, a Tornado Warning is an immediate call to action about a tornado that has already been shaped. 

So, while a warning requires urgency to take necessary precautions, a watch involves staying updated about the weather conditions and taking some initial steps if the situation escalates.

Area Under Threat

Tornado Warnings are only for small areas or localities where the tornado is sighted. However, Watches include the availability of all the prerequisites of a tornado in the troposphere, which usually covers a large area. Thus, they could be conveyed throughout cities or even states.

Duration

Tornado Watches are a threat with broad scope. Also, there is no confirmation about whether the tornado will form or not. So usually, their duration can extend for days or even weeks. Contrarily, Tornado Warnings are short-term and only issued for specific hours. 

What Should I Do During a Tornado Warning?

Amanda Holpuch of The New York Times says that when a Tornado Warning is issued, the time you waste to visualize it is the time you are wasting to respond. This means Tornado Warnings are threats that need an emergency response. Below are listed some must-dos in case of Tornado Warnings.

• During a Tornado Warning, your first priority should be finding a safe and secure shelter. For this, choose the lowest floor of your building or basement. It would be better if this is window-less. Further, if you are traveling in an RV or living in a mobile home, finding a safe building nearby is recommended, as they are more vulnerable to damage.
• Tornado winds come with a lot of debris. Thus covering yourself with a blanket or a mattress offers an additional layer of security against debris.  Wear a helmet to ensure safety from any risk of head injuries.
• Prepare your emergency kit in a waterproof container. It can include essential medicines, water, some non-perishable foods, and, most importantly, your important documents, including identity cards and insurance papers.
• Access to real-time information is crucial to stay vigilant during Tornado Warnings. Turn on your mobile’s emergency notifications and keep an eye on the latest news updates.
• After the tornado, wait for authorities message to come out of the shelter. Also, there could be chances for downed power lines, so be cautious in that regard.

What Should I Do During a Tornado Watch?

A tornado watch indicates a chance of a tornado. Though, unlike a Tornado Warning, Watches don't require immediate responses, staying vigilant and making yourself ready is critical to minimizing the damages. Here is what you should do in response to a Tornado Watch.

• Staying informed about weather updates is necessary. Keep your mobile push-up notifications on and get updates about changing weather conditions through local news networks.
• Discuss the emergency plan with your family. Locate safe places at your home and inform everyone about where to go and how to hide.
• Ensure your home is safe. Check that all the windows are properly closed and that the attic is safe. If repairs are needed, complete them ASAP.
• The severity of a tornado could be anything from mild to full-blown winds with 300 miles per hour speed. So, if the situation worsens, you may need evacuation. Ensure you and your vehicle are ready.
• Lastly, stay connected with other community members to get informed about your surroundings and keep the emergency contacts at the top of your dialing list.

Should I Prepare Emergency Power for a Tornado?

Electrical infrastructure is among the most vulnerable installations in tornados. The resulting power outages could extend for days and weeks, ultimately stagnating daily life. Also, during a tornado, the loss of power means loss of communication, which is necessary to stay updated about possible weather conditions and to maintain connections with relatives and other community members. Thus, preparing emergency backup for a tornado is necessary.

Further, it also ensures that all the necessary medical equipment is working, your food is preserved, and your lights are working to help you navigate through the home. 

But what is the most reliable power backup for tornados?

While traditional generators require a continuous fuel supply and operate in open space, they are not recommended as power backups for a Tornado. Home battery backups are more recommended here. They offer clean energy, quiet operations, and do not emit toxic fumes. 

Below are three top choices for home battery backups from BLUETTI. You can review them to choose what best suits your house power needs and personal preferences.

BLUETTI AC300 + 2*B300

This 3 kW power output capacity unit, with its surge power of 6 kW, can fulfill all the power needs of an average household. Its LiFePO4 battery comes with 3500+ life cycles, which means that with one charge cycle per day, its lifespan extends more than 10 years.

Recharging a home battery backup is a fundamental concern, especially during natural disasters. This unit supports seven different streams, including Solar, AC, AC+solar, car battery, and generator recharge. 

With many other unique specifications, what makes this unit truly exceptional is its price match guarantee. This means if you find a similar battery backup at a lower price than this, you can claim the extra amount within 30 days of purchase.

BLUETTI AC500 + B300/B300S

With a whopping 5kW output capacity and 10kW surge, AC500 is just not a power backup in blackouts. It can also be a useful tool for cutting your monthly energy bills.

The unit features a LiFePO4 battery with 3500+ life cycles and a capacity of 3072Wh. However, additional B300 batteries can expand this capacity up to 18432Wh. Its 6 recharge ways ensure you never run out of power, and its 16 multi-purpose ports ensure its compatibility with 99% of your home appliances. 

The unit also features the PRICE MATCH GUARANTEE, so rest assured, it has the best price in town. Lastly, you can operate AC500 through the BLUETTI smart app, Bluetooth, and Wifi to ensure smooth and effortless operations.

BLUETTI EP800+B500 Home Battery Backup

EP800 is a one-stop solution for all your power needs, whether you need a reliable power backup during power outages or want to go completely off the grid. Its exceptional 7.6 kW output capacity can simultaneously support the power needs of all your home appliances. It is also compatible with all 120 V and 240 V appliances.

The EP800's pre-built battery capacity is 9.9 kWh, enough to run your necessary devices for hours and days in case of a natural disaster. Still, if you find this capacity low, you can extend it to up to 19.8 kWh with additional B500 batteries.

BLUETTI prioritizes consumer safety and environmental friendliness. Thus, the unit comes with a special BMS system to ensure safe operations at any temperature. Further, its LiFePO4 battery is among the most recommended battery types, with a life span guarantee of 10+ years.

Final Thoughts

Tornadoes are natural calamities with serious consequences. Though predicting their exact timing is difficult, understanding Warnings and Watches can help you prepare better to minimize the damages. In such a situation, ensure you are located in a safe building, connected with other community members, and getting continuous updates about the changing weather conditions. 

In some areas where tornadoes are frequent, BLUETTI Homer Battery Backups are of the utmost importance, as they offer a reliable power supply during outages and a perfect choice to cut energy bills.

What Does SHTF Mean?

SHTF is an acronym for Shit Hits The Fan referring to a situation where disorder and chaos is prevalent after a major disaster. The term encompasses disasters such as hurricanes, tornados, and economic collapses, among others. 

Dating back to 1930, it aims to show how unpredictable it is and the severe impact it has on normal life. And if it happens, there needs to be an immediate and effective response to prevent further chaos. The informal expression is often popular with preppers talking about the end of days. You can find the #shtf hashtag on most social media platforms as people share tricks on how to prepare for the end of the world.

How to Approach SHTF?

SHTF is all about preparing for the inevitable, or the unpredictable. That is, it involves seeking different readiness tricks while preparing your mind for it. You should at least understand your needs and potential risks in your area. This will help you prepare for the inevitable. 

For example, if your area is prone to tornadoes, you might consider building a robust underground bunker. Are acts of war prevalent in your area? Maybe construct a well-fortified and armed bunker on a hill. 

Think of the people you’ll be preparing for and their specific needs. Then consider the most likely scenario. Such an approach will bolster your preparedness strategy. 

Potential SHTF Scenarios 

So, which are the most life-altering and real scenarios? Let’s find out.

It’s not uncommon for people to associate SHTF with zombie apocalypse. But, as you know, this is mostly science fiction. And there are few tips on how to prepare for such a scenario. 

An SHTF scenario can be losing a loved one, a fatal accident, or being laid off. The chaos and disorder such “everyday” events produce is huge. And how long an SHTF scenario lasts depends on its severity. So here are scenarios to prepare for.

Natural Disasters 

Arguably the most popular SHTF scenario, natural disasters wreak havoc to personal lives and economies. Extreme circumstances can damage infrastructure, cause loss of life, and annihilate societies.

And the worst part is they happen without warning. As such, it is crucial to prepare adequately for natural disasters. Fortunately, you can use historical data of your area to determine most common natural disasters. 

They include hurricanes, floods, wildfires, tsunamis, earthquakes, tornadoes, and volcanic eruptions. 

Pandemics

Like natural disasters, pandemics have caused extensive loss of life for centuries, with the most recent being the 2020 pandemic. Hundreds of thousands of people lost their lives, utilities and amenities were stretched to their limits, while economies almost collapsed.

Ideally, a pandemic spreads a virus quickly with little to no detection. And when the first cases are reported, it has spread to other towns, countries, or continents. Containing pandemics, as you saw, can be a daunting task.

Acts of War

Acts of war have existed for centuries. They occur when a country attacks another country aggressively. It can include air strikes, nuclear attacks, military invasions, and unlawful detention, among others. It can also involve assassinating a head of state. 

Acts of war leave millions without basic necessities such as water and food. Infrastructure is destroyed and amenities such as hospitals are damaged. As such, the wounded cannot access medical services, leading to widespread loss of life. Not to mention the mental and emotional torture that occur.

Cyber Attacks 

Cyber attacks have become the norm in recent years. From government sponsored attacks to hacking groups attacking countries, they can cause billions of dollars in damages. For example, hackers can infiltrate utility companies or government institutions and steal money, data, or compromise critical infrastructure. 

While attacks on institutions are beyond your mandate, you can take several steps to protect yourself against common cyber attacks. For example, using spam email filters and installing an antivirus. 

Martial Law

When a government declares martial law, ordinary law becomes nonexistent. This occurs during natural disasters, civil unrest, or natural disasters. And living under military rule is far from pleasant. You may have limited access to the internet, facilities such as supermarkets, and there’s constant surveillance.

So, how can you prepare for SHTF scenarios? Let’s find out.

How to Prepare for SHTF

Stockpile Basic Needs

Since you’ll have limited access to essential needs such as water, food, and personal effects, stockpiling them is the most viable option. Have enough supplies for at least two weeks. 

Water

Make sure you have enough water to meet all your family’s needs. Ideally, you should store 1 gallon per head per day. And for added convenience, you can buy a water filter or purification tablets which can come in handy if you come across a water source.

Food

Stockpile non-perishable food that is rich in calories and nutrients. It should also be easy to prepare. Canned goods, peanut butter, and raw honey all make the cut. 

First aid 

It is hard to receive any medical attention during SHTF scenarios. As such, you’ll need to have a first aid kit. It can make the difference between life and death. Your kit should have all the necessary supplies such as alcohol wipes, tweezers, cotton swabs, bandages, and antibiotic cream.

Power source 

You’ll need a portable source of power to keep your devices running. And BLUETTI has some of the best options. They are powerful enough to charge communication devices, lighting systems, radios, and other crucial appliances. 

Reliable Power for Longer Periods

BLUETTI AC200L Portable Power Station
①2,048Wh Capacity; ②3,600W Surge Power; ③1,200W Max. Solar Input; ④6 Ways to Recharge; ⑤3,000+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

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For example, you can get the BLUETTI AC200L Portable Power Station which is a high-capacity power station. With a 2048Wh capacity, it can last for hours when connected to large appliances. If you want a source to charge your devices, this is the perfect choice for you. You can charge your emergency equipment, phones, laptops, and other devices.

What’s more is it comes in a portable design so you can carry it to your bunker. But that’s not all, you can charge it using solar during the day should there be no electricity during the SHTF scenario. Thanks to the quiet operation, you can use it at night with minimal disturbance. 

Swap Seamlessly for Endless Runtime

BLUETTI AC180T Portable Power Station
①1,433Wh Capacity; ②2,700W Surge Power; ③Swappable Battery Design; ④3 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥BLUETOPUS AI-BMS, etc

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Another ideal power source is the BLUETTI AC180T Portable Power Station. Featuring a 1433Wh capacity, it provides ample power to cover your family through the night. And thanks to the fast charging capability, you can charge from 0 to 80% within 45 minutes. This allows you to keep your devices and critical appliances running throughout the SHTF period.

The device is eco-friendly, quiet, and easy to use. The best part is that it does not require housing for it to operate since it is dust and water-proof. It comes with 9 output ports so you can connect multiple devices simultaneously. Unlike its competitors, you can swap batteries, mitigating prolonged downtimes. 

Power Pretty Much Anything

BLUETTI AC180 Portable Power Station
①1,152Wh Capacity; ②2,700W Surge Power; ③1,800W AC Output; ④4 Ways to Recharge; ⑤3,500+ Cycles to 80% Original Capacity; ⑥MPPT Controller, BMS, etc

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The BLUETTI AC180 Solar Portable Power Station makes the cut as one of the best power sources during SHTF moments. The compact and high-capacity power station comes with a 1152Wh capacity. And thanks to the 1800W running and 2700W power lifting mode, you can connect small and large appliances. 

One of the most impressive features is its 11 output ports. Think of USB-C, USB-A, and 12V DC outlets. They allow you to connect multiple devices simultaneously. And the input ports are also plentiful. You get a solar input, AC power input, car input, and max input. This flexibility ensures you can recharge it with different power sources. 

Get Your Survival Kit Ready

Besides the basic essentials, you’ll want to have your survival kit ready. As a prepper, you want to prepare for the worst. And having at least two survival kits is the bare minimum. Here, you should have your Everyday Carry (EDC), which includes items that you use everyday.

Prepare a Bug Out Bag (BOB) containing items that can help you survive over a short period (72 hours). Another kit to consider is the Get Home Bag (GHB) containing items that can help you stay alive as you journey back home. 

Have a Robust Communication System

Let’s face it, you cannot rely on your phone during a SHTF scenario. Sure it can have the power to last a day or two, but can it last for a week? No. Consider getting a robust GPS phone. They are not only sturdy but can also last for many days on a single charge.

If you can’t afford to buy one, then develop a solid communication plan. For example, have the numbers of your local hospital, ambulance, and fire department with you. Write the numbers of your loved ones in a book or a piece of paper. 

Final Thoughts

Whether it is extreme weather, acts of war, or a pandemic, surviving a SHTF scenario requires proper preparation. You should stockpile basic necessities, have a robust communication plan, and have a survival kit ready. Remember to have a portable source of power to keep your gadgets and appliances running during the SHTF period.  

We will focus on describing inverter generators in detail, their applications, pros and cons, and how they perform in comparison to conventional generators. Continue reading to learn more about this revolutionary power solution and how it can help improve your energy security.

What is an Inverter Generator? 

An inverter generator is a portable power supply that uses fuel to generate electric power with high efficiency. Inverter generators stand out for their capacity to deliver clean and stable power. This is achieved through a three-step process:

1. Producing AC power. 
2. Transforming this AC electricity into direct current (DC).
3. Inverting it back to AC electricity.

This multiple-stage conversion process provides a constant and stable electrical current that is safe to use for charging electronics such as laptops, smartphones and other devices. These generators are portable, lightweight, and operate very quietly as compared to normal generators, and are suitable for activities such as camping, tailgating and in residential areas.

How Inverter Generator Works? 

Here is a brief overview of how an inverter generator works. The main power source in an inverter generator is a fuel burning internal combustion engine. As for fuel, gasoline is the most widespread, although propane is also widely used.

No matter the type of fuel used, the internal combustion engine uses it to produce heat and then converts the heat into rotational energy by rotating a shaft.

On the other end of the rotary shaft, the generator has the alternator which is used to transform the rotational energy into electrical energy. The output of the alternator is, well, an alternating current. An AC is fed to a rectifier circuit and it is converted into direct current. 

After that, the DC Signal goes to the Inverter Circuit that “Inverts” the DC Power back to AC Power. The inverter circuit incorporates an intelligent microprocessor system, it monitors the frequency and voltage of the output AC Power. If it detects any fluctuations or differences, it quickly rectifies them to provide pure and steady AC Power.

This AC Power is available through the outlet ports (receptacles) of the generator on the front panel. You can connect all your gadgets and equipment here and use them.

Pros and Cons Of Inverter Generator 

Pros

Clean Energy: Inverter generators provide a high quality and clean power which is safe to use on sophisticated equipment. This is perfect for those who want to have an outdoor trip while still being able to bring along their laptops and their smartphone devices.

Quiet Operation: Compared to most conventional generators, Inverter generators are much quieter and therefore less intrusive in camps or neighbourhoods.

Fuel Efficiency: These generators regulate the engine speed to meet the power requirement, hence improving the fuel economy and duration. Some of them have automatic cut-off switches, which means that there is no fuel consumed where there is no pull or where there is no need for power.

Portability: Inverter generators are generally small and portable, and the fact is that they are quite lightweight. Most of the inverter generators weighing 70-80 pounds have sturdy carrying handles with wheels or built-in carts.

Lower Emissions: Inverter generators are usually small and generate less emissions, which makes them more eco-friendly than their larger counterparts.

Cons

Higher Cost: Inverter generators, in general, cost more than standard generators, but they are worth the investment due to the numerous benefits they offer. An average 3500 watt inverter generator will cost roughly about $800-$900. The price goes up or down depending on the make and model.

Limited Power Output: Inverter generators are usually less powerful than their single phase counterparts and may not be ideal for powering some appliances. This means they are good for camping or any need of self sufficiency with little reliance on electrical items. However, it can’t power large refrigerators and many other electronics at the same time for a long time.

Maintenance: It is important to note that generators generally need regular checkups to ensure that they last long. This will include ensuring that you have clean fuel to feed the system so that it operates efficiently without any hitches. You will need to use a stabiliser if the fuel in the generator is stored for three months or longer. To ensure that you have enough fuel for disaster, make it a point to always replenish your stock once the hurricane season starts, or tornado season is around the corner, or any.

Is Inverter Generator Worth Investing in?

The decision to invest in an inverter generator depends on several factors. An inverter generator is worth purchasing if you need clean and stable power for appliances, want a machine that runs as quietly as possible, and require portability. The primary drawback is the relatively high cost of production in the initial stages, but this is compensated for by the ability to reduce fuel consumption, emissions and the fact that it protects sensitive equipment. An inverter generator is a perfect choice for users who are fanatics of outdoor activities and of course in emergency situations. 

Inverter Generator Vs Solar Generator - How to Choose?

In this case, when comparing an inverter generator and a solar generator, it is important to take into account individual power requirements and geographical location. Portable or inverter generators offer high efficiency as well as steady power which is suitable for appliances that demand a constant power supply or varied loads. These use either gasoline or propane, providing constant power but being noisy and emitting gas.

Solar generators on the other hand are environmentally friendly because they operate on solar energy hence can be considered as sources of ‘green energy’. They are more silent, have no fume emission and in the long run; they are cheaper to run than other machines. However, their efficiency is somewhat limited by the availability of sunlight, and they also come with higher initial investments. However, In particular, for those who are looking for a viable solution to energy independence, following BLUETTI solar generators can be a great choice:

BLUETTI AC240

With BLUETTI AC240 you have the reins of power. As for the power supply, you can harness  solar power to the fullest. Apart from that wall socket, car charger, lead-acid battery, or shore power are the other options. This is because the AC240 is designed to make sure that you are always connected wherever you find yourself.

This unit delivers an AC output of 2,400W and a powerlifting mode of 3,600W. Due to the modularity of the design, it can be expanded up to 10,136Wh by connecting 4 B210 batteries. As mentioned earlier, expanding your power choice is much more convenient if you add B210 expansion batteries. Specifically, each B210 battery is IP65 water resistant and can standalone power solutions with USB C and USB A ports.

The AC240 is designed to be used outdoor given its design and its IP65 water and dust resistance which enables it to be used in rain, mud, dust, and salt corrosion. It also has an efficient ventilation system, which preserves internal parts, and makes the AC240 a worthy power companion when pursuing any endeavor. 

BLUETTI AC200P + 3*PV200D 

Here is the ultimate power solution. BLUETTI AC200P boasts 4,800W surge capacity. Plus, it comes with a 2,000Wh LiFePO4 battery, and can make over 3,500 cycles to 80%. It has 17 outlets for power charging of many devices and has 7 charging modes which include AC, Solar, Car, Generator, Lead Battery, Dual AC, and AC+S. Featuring a 700W max solar input and a 1200W max fast dual charging, you will never run out of power again.

Experience green, non-gas, noiseless, and cheap energy. This powerful and convenient portable power station is suitable for daily use as well as for emergency cases when you have no power supply.

BLUETTI AC200MAX + 2*B230 + 3*PV200

Presenting the BLUETTI AC200MAX, the first portable power station that can be expanded with additional batteries. It is the perfect off-grid power solution with 2,048Wh LFP battery and 2,200W pure sine wave inverter. Specifically, the AC200MAX can increase its capacity to 8,192Wh when connected with two BLUETTI B230 (each 2,048Wh) or B300 (each 3,072Wh) battery modules. 

It has a maximum of 900W of solar input and 500W via an adapter, a total charging rate of 1,400W, capable of being charged in less than two hours. As each additional module increases the input capacity by 500W. Equipped with 16 outlets, 30A NEMA TT-30, and a 12V 30A DC outlet, it can easily power all your gadgets, which makes it suitable for RV travelers and other off the grid activities.

Final Thoughts

Inverter generators are also a convenient and effective source of power in different applications, which are compact and incorporate modern technologies. They offer clean power and constant power that is safe for use in delicate appliances due to its stability for recreational as well as emergency purposes. Nevertheless, the advantages of these types of generators are that they are more expensive initially and have a lower power density compared to conventional generators. Still, fuel efficiency, low noise production and portability of inverter generators make them a popular choice among the users. Therefore, your decision should be based on your power needs and your pocket so that you can get the best solution for your power needs. 

Flexible Energy Solution, Grid Optional

BLUETTI EP900 + 3*B500 Home Battery Backup
①14,880Wh Capacity; ②9,000W Output Power; ③BLUETTI App (WiFi/Bluetooth); ④<10ms On and Off-grid Switching Time; ⑤Noise ≤ 50dB; ⑥IP65 Water Resistant; ⑦10 Years Warranty

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Are Solar Panels Free in New Jersey?

It can be a big fantasy to think that New Jersey offers free solar panels, but to your disappointment, New Jersey is not the place where solar panels are free. However, you must have watched Ads that speak of free solar panels. Those ads actually refer to solar panels that are free of leases and PPAs. 

For those who are unfamiliar with these terms, PPa and leases are actually financing options where you won’t have to pay upfront prices. Sadly, that does not mean you will be able to get free solar panels.

For example, when you lease a car, the car is not yours; similarly, these solar panels are not your assets. The company that manufactures the solar panels owns them, and you get to mitigate the electricity bills. 

How Much Does Solar Installation Cost in New Jersey?

Not only in New Jersey but worldwide, the cost of solar panel installment varies with multiple factors. For instance, the cost can vary with the size of the solar panel system you are planning to install or the type of equipment you deploy during the installment process. 

Furthermore the costs can vary with the installer you go with. However, to sum up, considering all the factors, it costs almost $10,000 to $30,000 without incentives. In addition, the solar panels in New Jersey, on average, cost between $15000 to $21000 without any incentives. 

Solar Incentives in New Jersey

New Jersey offers a wide spectrum of enticing solar incentives that make the country a hub for solar adoption. Here are some of the incentives that the state of New Jersey offers to its residents:

1. Federal Solar Investment Tax Credit (ITC): The Federal Solar Investment Tax Credit motivates the residents of New Jersey to deploy solar panels by offering a 26% discount on the installment cost of solar energy systems from your federal taxes. However, the discount is believed to decrease in the near future, so one must not miss their chance to save a good sum of money. 

1. New Jersey's Clean Energy Program (NJCEP): Under this program, residential and commercial solar energy system installation can lead to various rebates and incentives. These incentives can vary with conditions.
2. Property Tax Exemption for Renewable Energy Systems: When you have solar panels installed at your home, you get an exemption from the government of New Jersey. The renewable energy system at your home will exempt you from property tax assessments. That means your property tax will not escalate with time due to the installation of a solar energy system at your home.
3. Sales Tax Exemption: The solar panels you are planning to install at your place will be free of sales tax according to the law of New Jersey. Furthermore, you can save money when buying any instrument related to the solar panel energy system. As a result, you can save yourself 6.625% of your money from discounted sales tax.

Are Solar Panels Worth It in New Jersey?

Solar panels are truly a worthwhile investment in New Jersey, considering the high electricity rates and strong solar energy incentives the state government offers. On average, the cost of electricity in New Jersey is 16 cents per kilowatt hour, which is higher than the national average. 

On the other hand, with solar panels, you can mitigate or even cut off the electricity bills completely, saving yourself a good sum of money. In addition to this, with solar panels in your home, the value of your home is also raised. Furthermore, solar panels are worth it in New Jersey because you can rely solely on them as your electricity source for 25 to 30 years.  

Can You Save with Solar Panels in New Jersey?

When you install solar panels at your home as a resident of New Jersey, you can definitely save yourself enough money. With solar panels, you can live a life free of electricity bills if the size of your solar energy system balances with your energy consumption.

Speaking of the figures, you can save anything between $10,000 to $30,000 with a solar panel system installed at your home. In addition to this, with electricity costs rising day by day, the savings incurred by solar panels will also escalate.

How to Find the Best Solar Companies in New Jersey?

You should consider various factors once you have decided to shift to a solar energy system. Here are some of the factors you should consider to choose among the best solar companies in New Jersey:

1. Research and Compare: When you go shopping for solar panels, you should do proper research and compare all the companies. After you have researched well, you can then figure out whether the company has a strong reputation or not.
2. Get Multiple Quotes: Read out the reviews provided online by different customers. That way, you will be able to get a better idea of prices, warranties, and services offered by different companies. When you can compare different prices, services,  and warranties, you can land a better deal and get your hands on a good solar energy system.
3. Check Certifications: Always check whether the North American Board of Certified Energy Practitioners (NABCEP) officially recognizes the company. This certification is proof that the company abides by the law and fosters standard professionalism and expertise.
4. Ask About Warranties: You must always look for solar panels that come with a good warranty. Ask the company whether they offer a warranty on equipment and the installation process. The warranty should last at least 25 years for the solar panels and almost 10 years for the inverter. 
5. Evaluate Financing Options: A company with a good reputation will always offer you multiple financing options that may include PPAs, loans, and leases. You can select from all these options that suit your budget and your long-term goals. 

Do I Need Home Backup Power for Solar Panels?

Although solar panels can source all your electric appliances during the daytime, they are obsolete at night as there isn't sunlight at night. You will need a home backup power system to supply your appliances at night. Here are a few products that can prove to be the best choice for your home as a home backup power for solar panels:

• BLUETTI AC300 + 2*B300 

The BLUETTI AC300 can supply 3000 W pf AC pure sine wave with a temporary surge of 6,000W, which is needed to boost up heavy appliances. Furthermore, you can expand the capacity by adding two B300 batteries up to 3,072Wh.

However if you add four B300 batteries you can expand the capacity upto 12,288 Wh. This expandable B300 battery has a smart MPPT which enables fast charging. Also, this battery USB-A port is easily applicable with a BLUETTI power station and a 12V/10A car output.

The LiFePO4 battery can last more than 3500 cycles and will still be working at 80% efficiency. There are seven ways to recharge the power station, including AC, Solar, car, generator, lead-acid battery, and Dual AC (AC+solar) system.

• BLUETTI EP500Pro Solar Power Station

The BLUETTI EP500Pro Solar Power Station can supply you with 3000W of electricity on the go. The power station is portable, which means you can carry around this solar power station wherever you go. 

Furthermore, it also makes off-grid energy storage possible, implying you can store solar energy and use it at night. Using this solar power station, you can load multiple devices on the go and recharge the power station through multiple ways.

You can also control this power station using a remote and execute different functions using the smart touch screen. The power capacity of this device is as much as 5120Wh. This power station has a LiFePO4 battery which lasts for more than 3500 cycles of recharging and discharging. Even when you have used the battery for 3500 cycles, it will still be working at 80% of its efficiency.

Find out more about this power station in; Is Passive Solar Better Than Active Solar?

Final Thoughts

Solar panels and equipment can do you robust favors by helping you reduce your monthly electricity bills. Hence, installing a solar energy system at your home is always worth it. Resultantly you will be able to save yourself a good amount of money.

However, when buying solar panels and equipment, you should be really careful and responsible. For instance, you should do proper research and find out which brand is among the best and which solar panel can serve you the function at your home. With these things in your mind you can hit the best deal for yourself.

That’s right! Understanding the time-of-use (TOU) rates is one thing that will aid you in reducing your electricity bills. Read on to learn everything about times-is-use rates, how they work, their benefits, and how to utilize them. 

You will also learn some cost-saving tips other than times-of-use rates. So, read till the end!

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What is Time-of-Use (TOU) Rates?

Your normal way of paying electricity bills is that you calculate the electricity rate with the amount of electricity you have consumed for a month. Now, this standard bill method involves your electricity usage throughout the month.

Time-of-use rates, on the other hand, are a different form of billing method. They consider the demand for electricity throughout the day. For example, during peak hours when electricity is being used at its highest, electrity rate will be higher. 

When electricity is used less in off-peak hours, electricity rate is less. Time-of-use rates is, thus, a pricing scheme that energy companies offer. They are a mode of encouraging users to use electricity during the times of the day when the electricity rate is low.

How Do Time-of-Use Rates (TOU) Work?

With their focus on differing electricity rates according to their times of demand, energy companies divide a day into three time periods to implement the time-of-use rate. 

1. Peak Hours

Peak hours in the time-of-use rates plan refers to the time of the day in which you use the most electricity. This is normally the time from 4:00 p.m. to 9:00 p.m. because this is when people come home from offices. 

They then use various electrical appliances to cook dinner, do some house chores, and engage in other family bonding activities such as watching TV together. This time, thus, using the most electricity is termed as the peak hours. During this time, the electricity rate is the highest.

2. Off-Peak Hours

Off-peak hours refer to the time of the day when you use the least electricity. For example, overnight and early mornings. 

These are times when you are usually sleeping; therefore, there is a lack of electrical appliance usage. Thus, the electricity rate during these times is lower than peak hours. 

3. On-Peak Hours

The on-peak hours are the hours between peak hours and off-peak hours. These are the mid-morning and the mid-afternoon times when electrical appliances are in use but not to the extent of their usage during peak hours.

Therefore, the electricity rate during on-peak hours is less than that of peak hours but more than that of off-peak hours.

Benefits of Time-of-Use Rates (TOU) 

There are several benefits you will reap by utilizing the time-of-use rates and adjust at what time you do what electrical task.

1. Save Money on Electricity 

You can reduce the money spent on your electricity bills by moving the use of your major electrically used appliances during off-peak hours or on-peak hours. 

With this, you are not limiting any of your elctrically used activities, just shifting them to a different time as it suits you. You will be able to utilize the lower electricity rate during those times. 

2. Less Strain on the Grid

If you make sure to utilize the off-peak electricity hours for your electricity-intensive tasks, you are taking the load off of the grid during peak times. 

With this, there will be less pressure on power plants. This could, in turn, also potentially lower overall energy costs.

How Can I Save on My Electricity Bill with TOU?

Now, moving on to the main question: how to utilize time-of-use rates so that you are less reliant on the peak hours for all your tasks involving electricity. There are several ways in which you can shift your essential tasks to another timing such as off-peak or on-peak hours.

For instance, you can try to:

• Do not use your washing machine for laundry during peak hours. Wash your laundry before 4:00 p.m. or after 9:00 p.m.
• Charge your electric vehicles during off-peak or on-peak hours.
• Charge other electrical appliances, such as gaming consoles or printers, early in the morning or late at night.
• Run your dishwasher early in the morning or late at night.

Other Tips for Saving Cost

Besides shifting the time of your activities using electrical appliances, there are also other effective ways of reducing your electrical costs.

1. Use Energy-Efficient Appliances 

Do you still use older models for all your electrical appliances? Well, it is time for you to change or upgrade these appliances. Look for modern models of electrical appliances, such as refrigerators and air conditioners, that are ENERGY STAR certified models.

These are models with features that reduce energy consumption while working. Through these energy-efficient features, you can save on your electrical costs while also following the time-of-use rates. 

2. Sealing Air Leaks 

Another thing you can do is seal any and all air leaks around your windows and doors to prevent any warm or cool air from escaping your house in winter and summer, respectively. 

It is because of these leaks that warm or cold air of home goes out and your heating or cooling systems will work harder to make your home warm or cool again. 

It, thus, results in higher electricity bills. So seaking any such air leaks will prevent high electricity bills. 

3. Using Solar Generator Kits  

Using solar generator kits for your home is yet another effective method of reducing your electricity bills besides following the time-of-use rates. 

Since they use solar power to charge electrical appliances, you can significantly reduce your electrical bills even if you don’t follow the time-of-use rates.

When considering solar generator kits, BLUETTI offers some of the best in the market. Two of them are the following:

1. BLUETTI AC300 + B300 + PV350 

The BLUETTI AC300 + B300 + PV350 is a powerful and robust solar system that guarrantees you clean power and it lowers your electricity bills even without using the time-of-use rates.

Key Features:

3,000W AC Pure Sine Wave Inverter: This solar generator kit can provide you 3,000W power consistently. All that power is clean and stable electricity so you don’t need to worry about it damaging any of your appliances. 

6,000W Surge Power: It can handle a surge power of upto 6,000W; this is especially useful for those appliances which require a higher starting wattage.   

3,072Wh Capacity: It has a capacity of 3,072Wh - sufficient to run all your home appliances withour any issues. Even more amazing is that this capacity is expandable with up to four B300 for 12,288Wh. 

LiFePO4 Battery: This system has the LiFePO4 battery in it which is known for its long duration and reliability. Also, it can be fully charged and discharged over 3,500 times before its capacity decreases to 80% of its original state. 

24/7 EPS Home Backup: The 24/7 EPS home backup allows the system to automatically switch to battery power mode in case of a power outage, ensuring that you have a continuous power supply without any interruption.

2. BLUETTI AC240 + B210 + PV350

The BLUETTI AC240 + B210 + PV350 is another amazing solar power system you will love for its environmental resistance and versatile features. Your electricity bills will definetely reduce with this even without following the time-of-use rates.

Key Features:

2,400W AC Output: This system will provide you with 2,400W of continuous and clean power supply for your home electrical appliances. 

3,600W Power Lifting Mode: This system can handle higher loads of power up to 3,600W. This way, you can smoothly power up your appliances requiring higher starting wattage. 

IP65 Water & Dust-Resistant: This system is made to be highly water and dust resistant. Therefore, even if you place it outside for longer periods, it will suffer no damage. Tempting, isn’t it?

Parallel Connection: With this system, you can use parallel connections to double both its capacity and output. You will have 20,272Wh of energy storage and 4,800W of power at 120V, ideal for any situation requiring high power.

0-80% Recharging in 45 Minutes with 2,200W AC Input: You can rapidly restore power to your system when connected with a 2,300W AC input. That will recharge it from zero to 80% in just 45 minutes. 

Also, find out the secret to choosing the best battery generator for home.

4. Keep Unused Appliances Unplugged 

Even if you are not using electrical appliances but leave them plugged in anyway, you should stop doing this. Remember to always unplug any electrical device you are not using. 

This is because there is some power that appliances still use while being plugged. It is called standby power. While it is not much, when added up over the course of a month, it is a significant amount. 

So, besides following time-of-use rates, remember to unplug any unused appliances. 

5. Thermostat Adjustment

Adjusting your thermostat setting a little lower in winter and a little higher in summer is another small but effective method of reducing your power consumption and thus lowering your electricity bills.

It is because by doing so, you create a gap between the desired indoor temperature and the actual temperature. Thus, your warming or cooling systems will not work as hard to create the right temperature in your home. It will lead to saving electricity and, thus, your money.  

Do I Have to Switch to a TOU Rate?

Switching to time-of-use rates is not mandatory; it is entirely your choice. If all of your chores involving electrical usage are done during peak hours and you don’t have time for them any other time, changing to time-of-use rates won’t benefit you.

However, if you want to reduce your electrical bills and you feel like you can adjust your chores around, you should definitely consider following time-of-ues rates. It will only benefit you in the long run.

Final Thoughts

Having realized the potential saving ability of following time-of-use rates for your electricity bills, you should definitely opt for it if you can. 

Other than this, there are other options available as well, among which opting to buy solar generator kits is the most effective in greatly reducing your electrical bills. You can buy the BLUETTI AC300 + B300 + PV350 and the BLUETTI AC240 + B210 + PV350 for it. 

These statistics underscore the immense benefits of wind energy. It's not just clean, green, space-efficient, and cheap but also a beacon of hope for a sustainable future.  However, it's important to acknowledge the challenges and limitations that come with it. 

The article will comprehensively explain the pros and cons of wind energy and how you can benefit from it.

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What Is Wind Energy?

Wind energy is the energy produced by converting the kinetic energy of wind into electrical energy. If you have ever seen a wind turbine, you probably already know something about wind energy. 

A wind turbine consists of three fundamental parts including blades, generator, and wires. Blades capture wind's kinetic energy, generators convert it into electrical energy, and wires eventually supply the grid with the power produced. 

When wind blows, its kinetic energy helps the blades of a wind turbine move. This motion runs a connected generator to produce electrical energy that is supplied to the grid.

It's important to note that wind energy is not a continuous power source. It depends on the wind. Simply, this means no wind, no energy. However, even the intermittent energy production of wind with a medium-sized turbine operating for around 100 hours can produce enough power to fulfill the electricity needs of a household for a month.

Pros And Cons Of Wind Energy - Comparison

The first windmill setup was built in 1888, and since then, it has been a reliable source of energy. With its manyfold benefits, like clean and cheap energy, it also has some cons. The table below is a brief head-to-head comparison of the associated pros and cons of wind energy.

Advantages Of Wind Energy

Wind energy can shape the future of global energy production due to its various benefits. Unlike fossil fuels, it does not produce toxic emissions. It is cheap, sustainable, and abundant. Below is a comprehensive discussion of the various benefits of wind energy.

Clean And Green Energy

Greenhouse gases emitted by fossil fuels have pushed climate change to a disastrous level. Wind energy can help change the scenario. Wind turbines' work completely relies on wind and does not release any toxic fumes. 

Some pollution might be associated with manufacturing and installation, but that is insignificant compared to fossil fuels. Wind turbine's overall operation is completely carbon-free, so their produced energy is clean and green.

Renewable And Abundant Source Of Energy

Renewable energy sources are those that can be replenished and never run out, such as wind energy. Wind is a natural phenomenon, and its consumption does not mean we are consuming the available wind that will eventually end. So, it's a renewable and abundant source of energy.

Cost Effective

The average per kWh cost of wind energy is around ¢1 to ¢2 cents, which is very cost-effective compared to other renewable energies, especially fossil fuels. 

Although the initial wind turbine installation involves hefty upfront costs, due to minimal operation and maintenance costs, it will be paid back soon.

Space Efficient

Unlike solar panels that require side-by-side installation, wind turbines cannot be installed in the same fashion. They need large gaps between them. However, as they don’t require any land acquisition, the space between them can be used for farming or any other purpose. This is why they are space-efficient solutions.

Job Creation

According to the US Office of Energy Efficiency & Renewable Energy, wind energy is estimated to produce 600000 new job opportunities by the end of 2050.

The trends of wind energy are on the rise. In the US only, its installation doubled between the period of 2010 to 2018 and around 30 million households are reliant on wind energy. This shift has spurred the job creation and made wind turbine technician the second most fast-growing job in the US.

Disadvantages Of Wind Energy

While wind energy offers scores of benefits, it also has some associated challenges and limitations. Here are their details.

No On Demand Energy Production

The most fundamental disadvantage associated with wind energy is its unpredictability. This means you will only have energy if enough wind speed is available to rotate the turbine blades.

This makes it not a primary power source to rely on. However, with the technological advances in power storage options, its future is bright to make it more reliable. Until then, additional resources like solar power or the use of fossil fuels are critical to meet the high power demands.

Negative Affect On Wildlife

Though wind energy does not emit any toxic gases, it may affect wildlife. Some estimates reveal that around 140000 to 500000 birds expire annually when they come in direct contact with wind turbines. Nonetheless, the figures are much lower regarding bird deaths resulting from building collisions.

However, in the case of wind turbines, careful installation in areas with low bird activity can curtail the risks.

Noise Pollution

Wind turbine’s continuous blades and generator noise could be a problem in residential areas. But the new models of wind turbines are almost noise-free. Further, careful planning of wind turbine farms with sufficient gaps can also be a reasonable solution to the issue.

Aesthetics

Some people find the high wind turbine installations unappealing to the overall look of the landscape. Further, the shadows of blades could also be disturbing. However, this disadvantage of wind energy is more related to personal preferences, as some people also find wind turbines to boost the aesthetics of a landscape.

Installation Limitations

Proper installation location is crucial to the working of wind turbines. This includes areas where sufficient wind blows, and the turbine installation cannot consume the gap space between them. 

The perfect locations for wind turbines are often coastal areas, mountains, or far-flung countryside. So, installations in such areas require an overhaul of infrastructure that can be costly and may have worse effects on the natural ecosystem. 

How Much Electricity Does A Wind Turbine Produce?

The energy produced by wind turbines is dependent on three primary factors. These include the size of the turbine, its type, and available wind speed. However, the new variable of wind turbines is rotators with more efficient aerodynamics that ultimately help them produce more power.

In the US, the average monthly energy production of Wind turbines is around 400000 kWh per turbine with an average operating efficiency of 33%. That means turbines convert only 33% of the available kinetic energy of wind.  

Still, the electricity produced is enough to meet the power requirements of 450 US households, with an average monthly energy consumption of around 900 kWh

Is Wind Energy Cheap?

Yes! Wind energy is cheap for commercial installation compared to other renewables. Although its initial setup costs are relevantly high, the minimal operational and maintenance costs make it more affordable in the long run.

According to the American Wind Energy Association, the average per-kWh cost of wind energy is less than ¢5. This is much less than solar energy’s average cost of ¢20 to ¢30 per kWh.

Also, unlike solar farms, which can be built almost everywhere, wind turbines require specific locations with additional infrastructure that is only feasible in case of commercial setup and not suitable for residential purposes. 

Is Wind Energy Cause Pollution?

No, wind energy is clean energy. It does not involve the burning of any fossil fuels, so it does not emit greenhouse gases. Although, there are some concerns over its manufacturing, impact on wildlife, and noise pollution.

As mentioned above, wind turbines kill many birds, and their continuous operational noise can be bothersome in residential installations. Overall, compared to other energy sources, wind turbines have negligible environmental impacts and cause negligible pollution. 

What Clean Energy Is Available for Home Use?

Wind energy is clean, green, and also cost-effective in the long run. Still, even though it has various advantages, it is not suitable and recommended for residential purposes due to various reasons. These include

• Very high upfront cost
• Availability of Infrasture
• Location Compatibility
• Aesthetic preferences

So, what is the best clean energy source for home use? Of course, solar power. This renewable energy source is reliable and does not have any environmental implications. In some cases, like the products of BLUETTI, it's portable. Also, like wind energy, its installation cost is paid back in half of the lifespan of its setup.

Solar power is indeed the best alternative to wind energy. BLUETTI solar generators are the best choice for making the shift towards solar power. They are not only cost-effective and reliable but can also effortlessly fulfill the power needs of all your home appliances. 

BLUETTI AC200MAX + 2*B230 + 3*PV200

AC200 MAX is a small unit that best serves as a reliable power backup. It's a pure sine wave inverter with a 2.2 kW output capacity and 4.8 kW surge power that can run your multiple home appliances simultaneously.

The units come with B230 LiFePO4 batteries with a capacity of 2048 wH and PV200 solar panels. These panels convert solar radiation into electricity that can be used directly or stored in batteries for later use.

Further, if you want to go completely off-grid, you can expand the battery capacity up to 8192 wH with additional B300 batteries.  Also, the 3500 plus charge cycles extend its shelf life extending more than 10 years with one charge cycle per day.

But why buy this? The answer is simple. AC200MAX qualifies for a 30% Federal Tax Credit, which means instant savings of around $1800 on upfront costs. And due to its PRICE MATCH GUARANTEE, if you still find any other similar product that is lower priced than this, you can claim the extra amount within 30 days of purchase. 

BLUETTI EP500 + 3*PV200

EP500 is a go-to choice for all those who want a system that can serve both at their homes and while travelling off-grid. Its sleek design and wheels make it space-effective and very easily portable.

Its output 2kW output capacity makes power available for all your necessary appliances simultaneously. But what’s exceptional about this system is its in-built 5120 Wh LiFePO4 battery that not only runs for hours and hours but also offers 6000+ charge cycles, extending its lifespan to more than 20 years.

Further, the unit also comes with 3 PV200 solar panels that are enough to fulfil your power needs while generating extra power to be stored in batteries. Its Battery Management System ensures the overall safety of the system and its integrated dual-core microcomputer makes its operations smooth and easy. You can operate EP500 remotely with Wifi, Bluetooth, or BLUETTI smart app.

The Bottom Line

Wind energy offers a compelling solution for large-scale, clean electricity generation. Its advantages in sustainability and cost-effectiveness are significant. However, additional resources are required for a stable grid. 

For residential applications, other renewable options like solar power might be more suitable.

BLUETTI solar systems are wise investments. They not only remove the burden of hefty monthly energy bills but also ensure a reliable power supply with zero carbon footprints.

Two key concepts in this regard are Off-peak and peak hours. Some electric companies have also introduced a third term called Super off-peak. These are durations when electricity demand and prices vary greatly.

Read the article to gain a comprehensive understanding of these concepts, how they affect your electricity bills, and, most importantly, how you can control and save on your electricity costs during off-peak hours. 

What Are Electricity Time Of Use (TOU) Plans?

In the US, electricity is provided to consumers with different plans. The two most widely used plans are fixed-rate and time-of-use plans. Fixed-rate plans have a set electricity rate per kWh, and their prices do not change. 

However, in the case of TOU plans, electricity rates vary at different intervals of the day. Depending on this,  a day is sub-categorized into peak hours, off-peak hours, and super-peak hours. You can find the details for each below. 

Additionally, its important to mention here that rates for TOU plans are low as compared to fixed-rate plans.

What Are Electricity Peak Hours?

Peak hours are simply the rush hours of electricity. These are the times of day when the demand for electricity and its price per kWh are the highest. Peak hours can vary depending on multiple factors, such as your location, the season of the year, and your electric company.

The peak hour strategy is mainly used across the US to balance the availability of electricity with its demands. This high pricing curtails the burden on the grid when electricity use is high.

Peak hours usually occur between 5 to 10 p.m. While continuous operations for appliances like refrigerators and security systems are necessary, it is recommended that other household chores like dishwashing and laundry be avoided during these times.

What Are Electricity Off-Peak Hours?

Off-peak hours are the opposite of peak hours. During these hours of the day, the demand for electricity and its prices are low. This is usually the time when people are mostly not home and attending their everyday official commitments to schools, businesses, or others. This eventually lowers the consumption of power and its demand.

Off-peak is more suited to completing your energy-intensive tasks. Unlike peak hours and super peak hours, you do not have to pay extra for energy expenditure or sacrifice your rest hours.

What Are Electricity Super Off-Peak Hours?

Some electric companies have also introduced super off-peak hours for further energy conservation and to provide more choices for consumers. As their name suggests, during these periods, the electricity rate and consumption are at their lowest.

However, this time usually starts late at night and lasts until early morning, when most people are sleeping, and power demands are minimal. Utilizing this time could help you save significant amounts on your monthly electric bills but you have to work during these unusual times.

Why Do Electric Companies Use Peak And Off-Peak Hours?

Electric companies are liable to provide a specific amount of electricity, known as the base load, to the grid, which is eventually distributed to consumers. However, there are times during the day when everyone is at home, and the demand for electricity increases exponentially.

To meet these high power requirements, electricity companies either invest to boost production capacity or buy power from other sources. 

Increasing production capacity is useless when demand is low, so buying from other sources, though it comes with high prices, seems more feasible for electric companies. This causes electricity tariffs to be high during peak hours, ultimately managing the load.

Besides making electricity available for every consumer, these time-based plans also encourage people to use renewable energy. For example, California is shifting from conventional energy production with fossil fuels to renewable energy, such as solar energy. 

During peak hours, which usually start in the evening and last until night, solar radiation is not available to offer a continuous power supply. But, because the power demand increases during these times, companies may have to revert to fossil fuels to fill this supply-demand gap. This increased rate during peak hours keeps the energy demand at a minimum and helps avoid the use of fossil fuels.  

However, the ultimate goal of peak and off-peak hours is to ensure the availability of power during high demands, keep the dependency on fossil fuels at the lowest, and avoid scenarios like blackouts due to high-strain on grids.

When Are Peak And Off-Peak Hours Of Electricity? 

Peak and off-peak times vary according to your location, season of the year, and electricity provider. Generally, electricity providers analyze consumers' consumption patterns and set TOU accordingly.

However, for your easy understanding, you can look into your surroundings and see when most of the people are at home and using electricity.  Further, below are two tables for peak and off-peak hours for famous electricity supplier companies depending on your time zone.

Peak And Off-Peak Hours For Different Electric Companies

Peak And Off-Peak Hours For Different Time Zones

What Is The Cost Difference Between Peak And Off-Peak Hours Of Electricity?

It is obvious that peak and off-peak hours have different electricity rates. But how much of a cost difference do they have? Well, there are no simple numbers to answer this question, as this again depends on your location, the mode of energy you are consuming, whether it is fossil fuels or renewables, and your electric company.

However, below is an example of a California electric company plan that gives you an idea of the cost difference between peak and off-peak hours. 

For its E-TOU-C plan, in summer, the off-peak rates are between 33 and 42 cents per kWh, and peak rates are between 40 and 49 cents. For winter, off-peak electricity rates are between 28 and 37 cents, and peak rates vary between 30 and 39 cents per kWh.

How to Save Electricity Cost? 

With the burgeoning electricity prices, electricity conservation has become a necessity. For individuals with TOU plans, one way out is to align their power consumption accordingly with peak and off-peak hours. 

But this is not practicable for many households. If this is the case, shifting towards solar is the best and most recommended option. This will not only help you achieve your saving goal but also allow you to go completely off the grid. 

Also, there are some concerns about the solar system’s ability to fulfill a house's power needs. But with advancements in battery and solar panel technology, a solar system can effortlessly fulfill a house's power needs. 

Below, we have carefully catered two BLUETTI solar backups that can effectively shield against peak electricity hours.

Electricity Cost Saving For A Small To Medium House With BLUETTI AC300 + B300 + PV350

This 3kW power solar inverter, which is attached to B300 batteries and PV350 solar panels, is enough to meet the power needs of all your home appliances. Its 6kW surge power makes it compatible to run any appliance, whether it's a small laptop or as big as an AC.

With its 3072Wh LiFePO4 battery, it offers a continuous power supply during peak hours. Further, if you want to go completely off-grid, you can expand this capacity to up to 12288 Wh with additional B300 batteries.

But that is not all, B300 promises to never let you run out of power. For this, it can be charged through 7 different streams including AC, solar, generator, car battery, and AC+Solar. 

Still confused to make a purchase, don’t worry. AC300 comes with a money back guarantee that means if you do not find this product fit for you, you can return the unused product within 30 days of your purchase. 

Electricity Cost Saving For A Medium To Large House With BLUETTI EP500 + 3*PV200

Whether you need a power backup for your home or off the grid camping trip, EP500 can be your go to solution. With its extensive 5120Wh LiFePO4 battery, it keep your appliances running for hours and hours. Further, batteries 6000+ charge cycles ensures a life span of more than 20 years.

The unit comes with integrated wheels that make its portability very easy. Further, its slim design makes it perfect for your RV or camping tent. It’s 10-plus output ports make it compatible with all your home appliances.

For smooth operations and enhanced safety the unit has a Battery Management Sytem and a dual core microcomputer which helps your run the unit with Wifi, Bluetooth, and BLUETTI smart app. 

Final Words

Understanding of peak and off-peak hours can help you save significant amounts on your monthly power bills. However, strict alignment with these schedules requires careful planning and extra effort. Going solar is the best solution to this. BLUETTI solar backups are cost-effective, reliable, and efficient. You can review BLUETTI’s vast product list to choose a system that aligns best with your needs and goals.

But how to calculate your solar payback period?

The payback period of any solar installation depends on its size, your location, electricity rates in your area, and your power consumption patterns. Read the article to know how you can calculate your solar payback period. 

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What is the Payback Period For Solar Panels?

The payback period of solar panels is simply the equation of your investment in solar panels with your utility bill savings. You can rely completely on solar panels to fulfil your home's power requirements. Or, in another case, you can opt for a grid-tied solar system. In both cases, you save some amount on your monthly energy bills. 

You can calculate the payback period of your solar panels by subtracting your monthly energy bills from your total investment. The time it will take to balance your monthly bills with your total investment will be your solar panel's payback period. However, it's important to note that many solar installations, like BLUETTI, qualify for tax rebates. So, your total investment would be considered after subtracting these rebates.

To understand it better, here is an example. Let's say the total cost of your solar installation is $1000, and you are eligible for a 30% federal tax credit, which will be $3000. So your total investment is $7000. Now, if your average monthly bill is $100, the payback period for your solar panels will be around 5.8 years.

What Is Good Payback Period For Solar Panels?

Solar panels have a good payback period of around half of their lifespan. However,  the average payback period for solar panels is between 8 to 12 years. This gap is due to many factors that dictate your savings with solar panels and ultimately your payback period. 

For example, if you have a pretty big solar setup, you cannot only save on your monthly bills but can also earn money by selling the extra power to the conventional grid through net metering. But with the bigger solar installation you will also have to pay more for upfront costs. Additionally, if there is a spike in market power rates, that will also influence your overall savings whether you are practising net metering or not.

Overall, solar panel’s lifespan is around 20 to 25 years. This can even extend more if your panels are from a good brand like BLUETTI. So, if you recover your total investment in 10 years, you will still have a lot of time to get returns on your investment. 

What Is The Average Payback Period Of Solar Panels In The US In 2024?

An average US household gets its solar investment paid back within 9 to 12 years, depending on its state. For example, in the state of Hawaii, homes can get their upfront costs back within only 5 years. Conversely, for states like North Dakota, this period can extend to more than 15 years. 

This difference is mainly due to two factors. Firstly the availability of solar peak hours and second is the costs of electricity. 

The more solar peak hours there are, the more electricity your panels can produce, which eventually translates into more savings. In the second case scenario, if a state has high electricity prices, then your monthly bill will also be high, so the more savings you will have on your energy bill, the shorter the payback period will be for your solar panels.

The table below lists the top 10 US states based on their average monthly electricity bills and peak sun hours.

How Can I Calculate My Solar Payback Period? Step By Step Guide

Whether it's solar panels or any other investments, understanding when you can start to reap the benefits of your investment is crucial. For solar panels, their payback period calculation is dependent on various factors and is discussed step by step below.

Understanding your solar system requirements

The most fundamental step in calculating your solar payback period is determining the size of your solar installation, which depends on your monthly power needs. So, for example, your total electricity usage for the last 12 months is 9000 kWh. Now, as per some estimates, a 1kWh solar system produces around 1600 kWh of electricity power. Based on these stats, you will need a 6kWh solar system. 

Calculating the total costs of your system before the incentive

Once you have estimates for the size of your solar system, you can determine its cost. The average cost of a solar system in the US is $3 per watt. So, for a 6kWh installation, your total cost will be 

Size of solar system X Cost per watt

6000W X $3 = $18000

Include incentives and tax rebates

Sustainable Development Goal 13 aims to achieve net zero carbon emissions by the end of 2050. To fulfil this goal, governments offer various incentives for solar system installation, one of which is a 30% Federal Tax Rebate. This means you will get 30% off on your upfront costs. 

This is only one incentive offered by the federal government. Many states also offer rebates that can significantly lower your initial investment.

Now, for the total cost of a 6kWh installation, which is $18000, your federal tax rebate will be $ 5,400. Subtract this from the total cost to get your net investment, which will be 

$18000 - $5400 = $12600

Calculate the total energy production of your system

In this step, simply multiply the annual power production capacity of your one panel, which is around 1500 kWh for a 1000W panel under standard conditions, with the total capacity of your system. As earlier mentioned, if the total capacity is 6kWh then our total annual energy production will be 9000kWh. 

Figure out total savings and payback period

Now, here is where things get real. We have the number for our total production capacity and the net cost of our solar installations. To find our payback period, let's first calculate our annual savings.

The average electricity cost in the US is $0.16 per kWh, and your solar system's annual production capacity is 9000kWh, so depending on this, your annual savings will be

Your annual savings = Total production capacity X The cost of electricity per kWh 

9000kWh X $0.16 = $1440

Now if you are annual savings are $1440 and your total net cost is $12600, you can easily calculate the payback time period by dividing total costs by annual savings

Total net cost of the solar system / Annual Savings = Payback period

$12600/$1440 = 8.75 Years

Important Considerations While Calculating The Payback Period Of Solar Panels

Calculating your solar panel's payback period is simple. You only have to subtract your annual energy bill savings from your net upfront costs. However, a couple of factors can impact your overall calculations.

Firstly, the higher the electricity rates, the shorter your payback period will be. Your savings are directly proportional to energy rates, which are becoming quite unpredictable. For example, electricity prices have increased 2.5% per year since the 1990s, while 2022 witnessed a sudden increase of 12.5% owing to ongoing global conflicts and climate change. 

Further, some states do not allow for net metering, or their net metering rates are quite low, which can ultimately impact your savings. Taking these factors into account is necessary while calculating your solar payback period.

How Do You Pick Backup Power to Use with Solar?

The power produced by solar panels is sustainable, free, and reliable. However, one important concern that hindered the widespread growth of solar power is its ability to operate only during the day. With the advancement in battery technology, things are not the same. A reliable solar backup can effortlessly fulfil the power needs of your home at night and at times of low sun availability. 

But before you opt for any backup power, the following are some important factors to consider.

• Understand your aim for going solar. This means whether you want to go completely off-grid or want to partially rely on solar power.
• Check the backup capacity, which is measured in kWh. The more capacity it has, the more power it can store. Also, the type of battery, which could be lead-acid, flow battery, or lithium-ion, should be determined. However, LiFePO4 is the most recommended battery type.
• Look at the power output capacity and surge power, as they are crucial to running multiple devices simultaneously.
• Next comes the compatibility of your system. Ensure that it does not only rely on solar panels for charging but also has different charging streams. Also, it should have multiple output ports to run multiple appliances.
• Some batteries are prone to explosions in high-temperature ranges, so backup systems with modern technologies could be safer and more recommended.

Finding the right backup system ensures an uninterruptible power supply and could give you peace of mind with smooth and secure operations. However, the upfront cost of such systems could be an issue. 

The variable below from BLUETTI effectively fulfills all the prerequisites of an exceptional backup, and most importantly, their Price Match guarantee ensures the lowest prices. 

BLUETTI AC300 + B300

This 3kW output capacity and 6kW surge power pure sine wave inverter could run all your home appliances, whether it's an AC, fridge, dryer, or even multiple appliances simultaneously.

Its LiFePO4 battery ensures safety, and with a 3072Wh capacity, it supplies continuous power for hours. Still, if you find this capacity low, you can add B300 batteries to increase it to 12288 Wh.

The backup system supports 7 different charging streams, including AC, Solar, AC+Solar, generator, and lead-acid battery. 

But why choose this? The answer is simple. It has the best price and a 30-day money-back guarantee. That means if you are not satisfied with the product quality, you can return the unused system within 30 days of your purchase.

BLUETTI AC500 + B300/B300S

For those with more appliances and big homes, this unit with a 5kW output capacity and 10kW surge could be the answer.

Its built-in LiFePO4 battery capacity is 3072Wh, which can be expanded to 18432Wh. But that’s not all. This battery offers 3500+ life cycles, which means a lifespan of around 10+ years with one charge cycle each day.

Its 16 output ports make it compatible with all your appliances. To ensure you never run out of power, you can charge the system with 6 different charging streams.

AC500 also qualifies for a 30% Federal Tax Credit, which means you can save around $1139 in upfront costs. But that’s not all. With its Price Match Guarantee, if you find any other unit of the same capacity lower priced than this, you can claim the extra amount within 30 days of your purchase.

Final Words

Calculating the payback period of your solar panels can give you an exact idea of the time frame in which you will get your initial investment back and how many years you will have to harness the benefit of free energy.

While panels can produce power only during the daytime, with the help of BLUETTI power backups, you can store the extra energy produced by your panels to be utilized later at night. In this way, you can go off-grid and can further boost your savings significantly.

Available Solar Incentives, Tax Credits, and Rebates  in Ohio

Ohio residents can benefit from the following programs.

Solar Renewable Energy Credits (SRECs)

SRECs are incentives that are performance-based that allow you to make extra cash from the energy you produce through your solar system. Generally, you can earn a single SREC for every 1,000-kilowatt hours (kWh) or megawatt-hour (MWh). You can then sell your SRECs on the SREC market. However, you cannot sell your certificates to your utility directly; instead, a broker or SREC aggregator will sell them on your behalf. 

Like stocks, the SREC price depends on the supply and demand. As you’d expect, the higher the supply, the lower the prices, and vice versa. In Ohio, you can sell your SRECs at $5 per certificate. However, the cost varies depending on supply and demand. So, if you have a 10kW system installed, you can have at least 10 SRECs by the end of the year. This translates to $50  in annual earnings. 

Related articles: Minnesota Solar Rebates, Tax Credits, and Other Incentives 2024

Does California Offer Any Incentives for Solar?

Ohio Property-Assessed Clean Energy (PACE) Financing 

PACE provides a seamless and cost-effective means to transition into the use of renewable energy sources. It can cover improvements for almost all property types ranging from multi-family, commercial, retail,and industrial in Ohio. This program provides 100% financing for any qualifying project and is repayable within 25 years. 

The best part is there’s no down payment as every aspect of the project is covered. And since the rate is fixed, you can access your repayment schedule in advance. To qualify as an Ohio resident, you’ll need to complete a brief form to help PACE determine if your property is eligible for the financing. 

Once you qualify, you’ll fill an energy project application form to provide financial documentation about your property. Ohio PACE will share this information with capital providers to obtain financing on your behalf. Upon agreeing to financing terms, the funding will be available and a registered contractor will start the installation of the energy saving system.

Energy Conservation for Ohioans (ECO-Link) Program

The Ohio state government provides a loan repayment program that makes accessing and repaying your loan for an energy-efficient home seamless. If you qualify, you can access a loan at a reduced interest rate. In 2024, homeowners can benefit from a 3% interest rate reduction on bank loans for energy-efficient upgrades in their homes. 

However, the loan amount is capped at $50, 000. If the loan is over $25, 000 you can opt for a seven-year rate reduction. Amounts less than $25, 000 automatically qualify for a five-year rate reduction. The ECO-link program allows you to use renewable energy at a reduced price while fostering economic growth, since you can sell electricity to the grid.

Eligible products include heating, water, and cooling systems; weather strips, duct sealing, and insulation. Washers, ceiling fans, and refrigerators also qualify. The ECO-Link program will also cover the installation of renewable energy systems such as solar panels and small wind energy plants. 

Cincinnati Property Tax Exemption

Besides PACE and ECO-Link programs, Cincinnati residents can also opt for the Residential Tax Abatement  (RTA) program. This prevents an increase in property tax after a home improvement project. With this program, you can increase the value of your home by installing the BLUETTI EP800+B500 but not the property tax for 10 to 15 years.

Your home must, however, meet LEED certification standards. With the program, the government seeks to retain city residents in the area and also attract homeowners from other states. This is thanks to the significantly reduced installation costs. In addition, the program seeks to help Cincinnati residents to grow and develop their neighborhoods.  The program has undergone numerous changes over the years.

For example, they introduced a tiered neighborhood system to identify and target those with the greatest needs. They also incorporated the online application option to make the process transparent and accessible. And if your home is regarded as a historical renovation, sustainable building or an accessible home, the state government will prioritize your project. 

City of Cleveland’s Residential Tax Abatement

Like Cincinnati residents,  City of Cleveland homeowners can also apply for local solar incentives. The program covers rehabilitation and improvements for new buildings to meet the city’s green building standards. Available to both developers and homeowners, it helps lower the cost of going green while spurring investment.

To qualify for the incentive, your property must be in the City of Cleveland and construction must meet the City of Cleveland Green Building standard. If you are building a new house or rehabilitating an entire house, you’ll need a Certificate of Occupancy to qualify. Also, ensure you have a valid permit from the City of Cleveland Department of Building and Housing.

The incentive covers 85% to 100% for a single-family project. However, the amount is capped at $350,000 for new construction and $450,000 for whole-house rehabilitation. Multi-family projects receive an abatement ranging between 85% and 100%. That means installing solar panels with the BLUETTI AC300 + B300 will cost you close to nothing.

Hamilton County Home Improvement Program (HIP)

The HIP is an initiative of the Hamilton County Treasurer and County Commissioners that allows homeowners to access home repair and remodeling loans, seamlessly. It is available to allow homeowners in Hamilton County. You can access the loan through participating financial institutions. While there are no income limits or restrictions, you must meet your bank’s credit requirements. 

Eligible repairs and remodeling include decks, bathrooms, plumbing, garages, solar installation, carpet installation, and other improvements. If you qualify, you will receive a loan at a rate 3% below the lowest rate your bank can offer. It is repayable in five years.

Federal Solar Tax Credit 

The nationwide 30% federal solar tax credit further reduces the cost of solar system installation. It covers labor, cost of materials, permit, and developer fees, among others. Scheduled to run till 2034, it provides the most comprehensive incentive to any homeowner in Ohio. The credit however reduces to 26% from 2033 and 22% in 2034. 

So, if you want to enjoy the 30% tax credit, you should install a solar system between now and 2032. You must own the solar system and it should be within US territory. 

Net Metering 

Ohioans can also benefit from net metering. Offered by some of the largest utility companies in Ohio, it allows you to export excess electricity to the grid in exchange for energy credits. The best thing is Ohio offers better credits than California and other states. So, when your solar system is not producing ample energy, you can draw electricity from the grid, against the credits you have amassed.

Unlike other states, all solar systems in Ohio qualify for net metering. Whether you installed your system in 2010 or 2022, you can export electricity to your utility grid. Most homeowners will accumulate credits during summer and use them during winter. Some of the utility companies offering net metering include:

• AES Ohio
• AEP Ohio
• Duke Energy Ohio

Is It Worth Installing a Solar System in Ohio?

Yes, installing a solar system in Ohio is a viable investment. As electricity bills in Ohio increase, investing in a robust solar system can help you save money. Granted, you’ll have to contend with high initial installation costs, but you’ll enjoy many benefits.

For example, your energy bills will reduce depending on the type of system. If you install a robust unit, you totally offset your energy bills. Furthermore, you will benefit from net metering, allowing you to sell excess electricity for energy credits. You can then redeem them during winter or overcast conditions. 

Besides lowering your electricity bills, you become energy independent, meaning you don’t have to rely on your utility company to power your home. And, you can keep lights on and appliances running during power outages. You can achieve this by installing the BLUETTI 2*AC300 + 2*B300 + 1*P030A.

Since solar energy is clean and renewable, you will significantly reduce your carbon footprint. And if you want to increase the value of your home in Ohio, installing a solar system is the perfect bet.

FAQs

Which cities in Ohio offer local solar incentives?

Cincinnati and Cleveland offer local incentives to their residents. However, you should meet certain requirements to qualify. Residents in Hamilton County can also apply for the Hamilton County Home Improvement Program. It can offset much of the installation cost allowing you to go solar at a reduced price.

Which solar incentives can apply for in Ohio?

State-level incentives include:

• Net metering
• Solar sales tax exemption
• Ohio Property-Assessed Clean Energy financing 
• Solar Renewable Energy Credits (SRECs)

Final Thoughts

Ohio offers its residents multiple solar incentives allowing them to go solar at little to no cost. They range from net metering to solar sales tax exemption, and local incentives such as Hamilton County Home Improvement Program. Going solar in Ohio allows you to be energy independent so you can keep your appliances running even in power outages.

Solar Incentives by State

States offer tax exemptions, credits, and net metering to lower the cost of installing solar systems. In addition to the 30% federal solar tax credit, you can apply to these incentives if you live in a state that offers them.  Here is a breakdown of how they work:

Tax Exemptions 

Generally, when you install systems that increase the value of your home, the property tax also increases. However, with tax exemptions, this is not the case. Most states offer property tax exemptions for solar system installation. 

This means you can install a home battery backup such as the BLUETTI AC500 + B300/B300S, and not pay taxes on the value added. Fortunately, states work with registered contractors to determine if your project is eligible for tax exemptions.

Tax Credits 

Some states offer solar tax credits in addition to tax exemptions. They are an extension to the nationwide 30% federal tax credit. They lower the cost of buying and installing solar systems by a specific percentage, which vary depending on the state. Some of the states offering tax credits include Arizona, Maryland, and Colorado, among others.

Net Metering 

Net metering allows you to sell excess electricity generated for solar panels to the utility grid for credits. 41 states offer net metering with Texas and Idaho not offering mandated statewide net metering. 

Depending on the state you live in, you can benefit from numerous solar incentives. It is therefore important to understand what you qualify for on a local and federal level. Consulting an experienced solar installer can make the process seamless.

Arizona Solar Incentives

The state of Arizona offers several incentives ranging from tax exemptions to tax credits. Here is what they cover.

• Arizona State Residential Solar Income Tax Credit: It covers 25% of solar installation costs. The cost is capped at $1,000.
• Solar sales tax exemption: You receive a 100% tax exemption for solar equipment used in your project.
• Solar property tax exemption: You receive 100% tax exemption for the value added by installing a solar system.
• Net metering: You get credits for exporting excess electricity produced by your solar panels to the utility grid.

California Solar Incentives 

California is a hot state with ample sunshine, making it an ideal location to go solar. While the state has fewer incentives, the cost of installing solar systems is extremely cheaper than other states.

• The Self-Generation Incentive Program (SGIP): Eligible to homeowners with a battery storage of up to $1,000 per kWh.
• Property Assessed Clean Energy Financing (PACE): Eligible homeowners benefit from loans with a low interest rate.
• DAC-SASH: Covers installation costs for low-income households in underserved communities.
• Solar rebate: the Rancho Mirage Energy Authority offers a $500 rebate.
• Solar stipend: A $150 stipend eligible to homeowners in Sacramento Municipality.

Connecticut Solar Incentives 

Connecticut state has the second-highest electricity price, meaning installing a solar system can reduce your electricity bills significantly. It offers the following incentives.

• Solar sales tax exemption: 100% tax exemption of the sale and use of solar and storage technologies.
• Solar property tax exemption: 100% tax exemption for the value added by installing solar and a battery storage system.
• The Residential Energy Solutions program: Awards homeowners with credits for the electricity solar panels produce.

Colorado Solar Incentives 

Colorado offers many incentives than other states. This means installing solar systems is relatively cheaper.

• Solar sales tax exemption: 100% tax exemption for the sale and use of solar and battery storage technologies.
• Solar property tax exemption; 100% tax exemption for value added by installing solar and battery storage systems.
• Residential Energy Upgrade (RENU) loan: A long-term and low-cost loan of up to $75,000.
• Weatherization Assistance Program (WAP): Eligible homeowners benefit from no-cost solar installation.
• Energy Smart Colorado Renewable Energy Rebate: Covers 25% of the project's cost. It is capped at $2,500.
• City of Boulder’s Solar Rebate Ordinance: Covers 15% of the cost of taxes paid for the sale and use of materials and permits.
• Solarize Summit: Eligible residents of Frisco, Breckenridge, and Summit County get rebates amounting to $1,950.
• Solar Rewards: Xcel Energy offers a $1 per watt rebate of installed solar capacity. It is capped at 7 kW.

Florida Solar Incentives

Like California, Florida also has lots of sunshine, making it among the best states to install a solar system. Here are its incentives.

• Property tax exemption: A 100% tax exemption for the value added by installing solar and a battery storage system.
• Sales tax exemption: 100% tax exemption for solar equipment.
• Property Assessed Clean Energy (PACE): Eligible homeowners receive loans with a low interest rate.
• Net metering: Homeowners receive credits for exporting excess electricity to the grid.
• Boynton Beach Energy Edge Rebate: City of Boynton Beach residents receive a $1,500 rebate for solar systems with a 5 kWh capacity or larger.
• Dunedin Solar Energy Grant Program: City of Dunedin residents receive a $0.25 grant per watt. The grant is capped at $2,500.

Ohio Solar Incentives

Ohio is another state that offers numerous solar incentives thanks to its rapid adoption of green energy. In fact, it boasts of over 200 solar installation companies. Here are its incentives.

• Solar Renewable Energy Credits (SRECs): Homeowners receive up to $5 for every SREC produced.
• Sales tax exemption: 100% sales tax exemption on solar systems purchases.
• Net metering: Homeowners receive credits for excess solar they export to the grid.
• ECO-Link program: Low-cost financing for home remodeling or renovation.
• Ohio Property-Assessed Clean Energy (PACE) Financing: Low interest loans for eligible homeowners.

There are also local government incentives such as the Hamilton County Home Improvement Program. 

What is The Federal Solar Tax Credit?

The federal solar tax credit covers 30% of the cost of solar system installation, reducing your federal income tax. It should not be confused with tax deduction or tax refund. It is available to anyone in the U.S.. Whether you are a homeowner or a condo owner, you are eligible for the federal solar tax credit. The only requirement is owning a solar system. The credit does not, however, cover leased solar panels.

If you are eligible, you can claim the tax credit for the year you installed and started using the system. And, you can claim it once. If your taxes are less than the credit’s value, you can roll over the remainder into the next year or towards future income tax. 

For example, if installing a solar system including the  BLUETTI AC300 + 2*B300 costs $10,000 you'll owe $3,000 less in federal tax returns. And if your taxes are less than $3,000, the remainder will be rolled over to the next year.

What Does the Federal Solar Tax Credit Cover?

According to EERE, the credit covers the following expenses:

• Solar panels: It covers the cost of solar panels or PV solar cells. For example 
• Contractor labor costs: Covers permitting fees, developer fees, onsite preparation, assembly and installation of the solar system.
• Solar batteries: The credit covers the cost of solar batteries with a 3 kWh capacity or larger. For example, the BLUETTI EP900 + B500 Home Battery Backup, which has a 9,920Wh capacity.
• Solar equipment: It also covers additional equipment such as mounting, inverters, and wiring. Think of balance-of-system equipment.
• Sales tax: covers sales tax on eligible products.

How Do You Claim the Federal Solar Tax Credit?

You can only claim the tax credit once after installing the solar system. We recommend consulting a certified solar installer for a streamlined and efficient process. Ideally, you’ll follow these steps:

• Fill out the IRS Form 5695, providing your tax return.
• Calculate your tax credit in Part I.
• File your solar system as “qualified solar electric property costs,” and enter the total cost of installing the solar system.
• Perform your calculations on lines 6a and 6b.
• You should also list tax liability limitations on line 14.
• Complete your calculations on lines 15 and 16.
• Finally, enter the exact amount  (from line 15 ) on line 5 of your Schedule 3 (Form 1040).

Do You Qualify for the Federal Solar Tax Credit?

To qualify for the tax credit, you need to meet the following requirements:

• Your solar system should be installed between January 1, 2006 and December 31, 2034.
• Your solar system is new. You cannot claim the tax credit for repurposing an existing solar system.
• The solar system should be located in your primary or secondary residence in the U.S.
• You must own the solar PV system. The credit is not applicable to leased systems.
• Your residence may be a mobile home, houseboat, cooperative apartment, condominium, or a conventional home.

Final Thoughts

State solar tax credits coupled with the 30% federal solar tax credit, lowers the cost of solar system installation significantly. You need to own the system in your primary or secondary residence to qualify for most tax credits. 

California Solar Incentives 

California Self-Generation Incentive Program (SGIP)

SGIP allows eligible homeowners to benefit from a $0.15 rebate for each watt-hour of your battery storage capacity. The incentive is available to customers of the following utility companies:

• Southern California Edison
• Pacific GAs & Electric
• San Diego Gas & Electric 
• SoCalGas

You can install solar panels and storage batteries to store electricity for future use. And for this, the California Public Utilities Commission compensates you handsomely. In fact, if you live in certain areas and meet specific income requirements, you can receive rebates amounting $850 or $1000 per kilowatt hour. 

For example, if you install the BLUETTI AC200MAX + 1*B230 home battery backup, which has a 2,048Wh capacity, you would receive $307.2 in rebates. 

To qualify, you must be a customer of either of the above utility companies. The best part is it is available to both homeowners and renters. Of course, as a renter, you’ll require your landlord’s approval.

Disadvantaged Communities - Single-Family Solar Homes program

The DAC-SASH seeks to enable low-income customers in disadvantaged communities to install solar systems. With it, you benefit from $3 for every watt of solar capacity, which amounts to $3,000 per kilowatt. Since the average cost of installing a solar system is $2.5 per watt, the incentive literally covers the total installation costs. 

The program is made available by GRID Alternatives, which offers up to $8.5 million annual incentives. To qualify, your home should be within the communities the California Communities Environmental Health Screening Tool identifies as disadvantaged. 

You should also be a customer of either of the following utility companies:

• Southern California Edison (SCE)
• Pacific GAs & Electric (PG&E)
• San Diego GAs & Electric 

Your income should be below the CARE Income Guidelines. The limit is capped at $39,440 as of May 2024. You can apply for the program through GRID Alternatives website.

SGIP’s Residential Storage Equity

Self-Generation INcentive Program (SGIP) also offers Residential Storage Equity, attracting homeowners in low-income homes to install solar battery systems. It has a higher incentive value, offering $0.85 per watt-hour. So, if you were to install the BLUETTI EP800+B500 Home Battery Backup, which has a 9900Wh capacity, your incentive would be worth $8,415. 

To qualify for the Residential Storage Equity incentive, you must be a customer of either:

• Southern California Edison
• Pacific GAs & Electric
• San Diego Gas & Electric 
• SoCalGas

However, the incentive is only available to households that meet the following criteria:

• Susceptible to power outages due to wildfires
• Low-income household
• Medically vulnerable 

These are the basic qualifications. For more information, you can visit SGIP’s website. The California Office of Environmental Health Hazard also provides a disadvantaged communities map. 

Property Tax Exclusion 

Like most states, California offers property tax exclusion for value added by installing a solar system. In short, you get 100% tax exemption, meaning your property tax won’t increase. The exclusion covers solar panels, solar lithium-ion batteries, and solar heating systems.

For example installing the BLUETTI EP500 Solar Power Station won’t increase your property tax. Instead, it will qualify you for the tax exclusion since it has a capacity greater than 3kWh. What’s more? It is a LiFePO4 battery. The power station is even ideal for off-grid living since it has a 5,120Wh capacity ideal for powering multiple devices simultaneously.

To qualify, your solar system should be installed before January 2025. You should be the owner of the solar system. You’ll still qualify if you intend to sell your building in the future. It does not, however, cover wind energy systems, swimming pools, and hot tub heaters.

Property Assessed Clean Energy (PACE) program

California residents also benefit from the PACE program that provides financing for solar systems installation. It allows you to repay your loan with your property taxes. The loans have a lower interest rate than conventional loans. California is among the three states offering residential PACE programs. The others include Missouri and Florida. 

What sets the PACE loans apart is their repayment model. Ideally, a conventional loan requires a down payment and must be repaid in monthly installments. With PACE loans, you don’t need a down payment or monthly payments. Instead, the amount borrowed is repaid through your property tax over a period of 10 to 30 years. 

Unfortunately, the financial institution will place a lien on your home. This means you cannot sell your home until you have repaid the loan. And if you have to, the process will be complicated. Some of the financial institutions offering PACE loans include Ygrene Energy Fund and Renew Financial Group. 

 California Net Metering Incentives 

California introduced the Net Energy Metering 3.0, allowing homeowners to sell excess solar energy directly to local utility companies for power bill credits. However, the tariffs you receive after exporting the excess power are lower than normal electricity prices. 

To mitigate this, you can opt for a battery storage with a higher capacity. This allows you to store as much electricity as possible for future use, rather than selling it at a throw away price.

The Net Energy Metering 2.0 offered better tariffs, which were slightly lower than normal electricity prices. The NEM 3.0 is almost 75% lower, meaning you get less credits in return. Fortunately, there are some solar advocates fighting back to reinstate the previous NEM 2.0 policy. The switch to NEM 3.0 has led to job losses in the California solar industry.

Local Solar Incentives 

Besides state-level solar incentives, many municipalities and towns offer extra incentives. They include the following:

Alameda Municipal Power Income-Qualified Solar Rebate

If you are a customer of Alameda Municipal Power, you can get $500 compensation, if your solar system qualifies. You should however, earn less than $106,000 and your solar system must be installed before January 1, 2020. 

Lancaster Energy Power Choice

Tesla, through the Energy Power Choice program, can install solar panels for free if you cannot afford to. Tesla installs rooftop solar panels and a Tesla Powerwall Battery for free. You’ll then pay for storage and usage of the system through your electric bill.

However, customers cannot access tax incentives. And if you are to leave the program, you’ll have to buy out the whole system. Should you sell your home while in the program, you’ll transfer the contract to the new owner.

Sacramento MunicipalUtility District Battery Storage Incentive

The incentive offers homeowners with stipends of up to $2,500 for installing solar batteries. While a generous stipend, the incentive is determined by how much control your utility company has over your battery and the pricing plan.

Silicon Valley Power Low Income Solar Grant Program

Silicon Valley Power offers grants to low-income homes that are enrolled in its Financial Rate Assistance Program. You get a $3.50 grant for each watt produced. The solar system must, however, produce at least 3,800kWh in a year.

Federal Solar Tax Credit 

Like other states, residents of California can benefit from the 30% federal tax credit. It allows you to claim 30% of the total solar installation costs on your federal taxes. This significantly reduces the cost of installing panels when combined with state and local-level incentives.

Unlike most state-level incentives, there’s no maximum amount you can claim. Scheduled to run until 2035, the 30% rate will run until 2032, reducing to 26% in 2033 and 22% in 2034. You can claim the credit by filling the IRS Form 5695. 

Are Solar Systems Worth It in California?

Yes, they are worth your investment since California has ample sunshine throughout the year. Furthermore, there are many solar companies and installers, making the installation process seamless. Given the long peak sun hours, you can install a small solar system and still produce ample electricity for your home use. 

And thanks to the solar-friendly incentives and policies, it is easier for you to switch to green and renewable energy. As you’d know, California has some of the highest electricity prices. By installing a solar system, you save a substantial amount in electricity bills than other states. 

Having a solar system in your home will also guarantee electricity in the event of a prolonged power outage. In fact, California is prone to many blackouts, making installation of solar panels a noble idea. 

Final Thoughts

California offers some of the best solar incentives in the country. From state-level to local-level incentives, you can apply to several incentives, lowering the cost of installation significantly. With a solar system, you can lower your electricity bills, increase the value of your home, and earn money through net metering.

Are you curious about the existence of electricity? This guide will prove insightful for learning about magical discovery.  It’ll answer your question about who invented electricity. For the later part, we’ll try to look into the present and nearby future of electrical power. Recap your questions, and let’s unfold the history of electricity as we know it. 

History of Electricity

History of electricity is quite vast, the electricity we use today has evolved over hundreds of years. The theoretical concepts about electricity, especially magnetism and electric forces were first discussed in the early 1550s. Girolamo Cardano, an Italian polymath, defined electric and magnetic forces in his book De Subtilitate. In the 18th century Ewald Georg Von Kleist and Pieter Van Musschenbroek developed the first capacitor to store electric charges, it was called the Leyden bottle.

Subsequently, Benjamin Franklin concluded that lightning and electricity are the same phenomenon with his famous kite experiment. He attached a metal piece to a kite and flew it in the middle of a thunderstorm, the lightning struck the kite which led him to establish his research. Benjamin Franklin was also first to distinguish between positive and negative charges which became the basis for modern electricity.

The pioneers of modern electricity were Nikola Tesla, Thomas Edison, and Alexander Graham Bell.Their research and experiments gave mankind the blueprints for use of electricity. The principles of power generation, especially AC and DC, and various other devices are the inventions of these great minds. 

Who Invented Electricity?

Electricity is a discovery rather than an invention. Like fire was first discovered in the Stone Age, the Egyptians were the first to interact with electricity. It was with eels that produce electric shock when they come in contact with human skin. Sounds interesting? The Egyptians didn’t comprehend the phenomenon and termed it magical. 

The historic research and experiments led scientists like Thomas Edison, Michael Faraday, Alexander Graham Bell, and Nikola Tesla to make electrical power accessible to us. The first use of electricity to fulfill human needs was the electric bulb invention by Thomas Edison in 1879. Michael Faraday gave us the generator and motor, and Nikola Tesla developed a network to transfer electric power over long distances. 

Giving credit for discovering electricity to one person will be unjustified. Electricity as we know it today is due to the contributions of hundreds of scientists and researchers. When you press a switch to turn on power conveniently, remember we’ve reached this convenience after years of effort, and still, there are people who work tirelessly to make it happen. 

Common Electricity Sources 

Understanding electricity was one part of the big picture. Finding reliable and sustainable electricity sources is a quest continued till today. Let’s explore how electricity sources have evolved over the years. 

Coal 

Coal has been the most used source of electrical power across the globe. It is fired to produce heat that helps generate steam through water boilers. The steam pressure rotates turbines attached to generators, ultimately producing electricity. Coal is not a preferred option for generating electrical power today. It has adverse impacts on the environment. Still, a large part of the world's energy mix comes from coal. 

Nuclear Power

Nuclear power is another common electricity source. It uses the inherent chemical properties of nuclear elements to produce heat. A fission reaction occurs in a controlled environment which produces excessive heat. The heat helps convert water into steam, which is then used to generate electricity via a steam turbine. Although the carbon footprint from nuclear plants is low, nuclear waste poses severe environmental risks. 

Renewable Energy Sources 

Renewable energy sources are never-ending and naturally reproducing. These include but are not limited to wind, solar, and water. The world is moving towards renewable energy sources due to their environmental friendliness and sustainability. For instance, a wind turbine generates electricity using wind energy with no byproduct. Similarly, solar panels convert solar energy to electricity without affecting the environment. 

Geothermal, Biomass, Petroleum & Natural Gas

These are other common electricity sources. Their fraction in the global energy mix is relatively smaller due to costs, immature technology, and environmental considerations. The primary function of these sources is to produce steam, which helps run the steam turbine. When a steam turbine helps rotate a generator, it produces electricity. 

Electricity Today and in the Future 

Electrical infrastructure today is a complex network of power plants, transmission lines, grid stations, and distribution lines. The entire network has a single objective to provide electrical power for utilization. After recent advancements in technology, consumers can opt for energy independence. They can produce their electricity and utilize it accordingly. The future of electricity is beyond grid supply. 

Current Electrical System 

The electricity traveling from a generator station to your home goes through multiple processes. Let’s explore each of them in brief:

Power Plant 

A power plant or generator is where electricity is generated using different sources. The electricity you’re using may be coming from a coal-fired plant, nuclear plant, or a renewable wind power plant. 

Transmission System 

The power plant is connected to the transmission system, which carries electrical power across the country. The large electrical poles you notice when traveling on highways are part of the transmission system. 

Grid Stations

The endpoint of the transmission system is a grid station. It works as an intermediary between the transmission system and the distribution system. The primary function of grid stations is to control and divert electrical power at recommended ratings to consumers. 

Distribution Lines

The distribution system carries power from the grid station to your home. It’s the last link of the electrical system. The electrical power reaching your home has to go through a distribution transformer to provide you with recommended voltage and current levels. 

Future of Electrical System

The current advancement in technology is transforming the existing electrical system. The invention of electricity has completed its development phase and is now moving towards transformation. Sooner than later, wireless power transmission will also become a thing. 

Solar energy has already enabled you to produce your own electrical power. Your house can be a fully operational power plant. You would need three essential things: an inverter, solar panels, and battery storage. All these things combined are key to your energy independence.

The electrical power dynamics are changing, and the world will witness new revolutions!

What Can be an Alternative to Electricity When Power Outages?

The existing electrical infrastructure is susceptible to frequent faults which cause power disruptions. It often becomes difficult to manage daily chores without power supply. What is the best alternative you can use? The answer is solar energy. You won’t need to depend on grid supply for your power needs. The future is now; you can enjoy energy independence with solar generators. It’s a more reliable power source and keeps the environment safe.

BLUETTI is a global leader in developing hi-tech solar generator kits. It can enable you to stay off-grid and enjoy real energy independence. The BLUETTI stands out with better product quality and customer support. The advanced connectivity features allow seamless control and access to real-time data. There’s a wide range of household power solutions, portable power stations, and solar panels. Let’s explore some BLUETTI products: 

BLUETTI AC200P + 3*PV200D

Portability comes in handy with BLUETTI AC200P + 3*PV200D. It’s a compact yet powerful solar generator kit with a 2000Wh capacity. It has multiple electrical outlets to connect different appliances/devices altogether. There’s a multi-recharge facility for added convenience. You can use solar panels, car generators, or batteries to recharge the power station. The fast recharging is enabled with a dual AC+solar recharging option. You can keep BLUETTI AC200P + 3*PV200D in your home for power outages or use it on the go. 

The solar generator kit comes with three 200W capacity solar panels. These panels have a high conversion rate and durability. The design is foldable for added convenience. You can use the stand to place them at appropriate angles under the sun for higher efficiency. The power station connects with your mobile phone to keep you updated about charging, battery levels, etc. The data updates in real-time; you can cross-check with the LCD display on the power station. 

BLUETTI EP500 + 3*PV200

BLUETTI EP500 + 3*PV200 is a power beast to take energy independence to the next level. It has an enormous 5120Wh capacity and portability that you can’t imagine. The power station has a wheelbase for easy maneuverability. The power station has a UPS feature enabled; it stays on stand-by mode and turns on during sudden power outages. You can connect multiple devices through different electrical outlets on the power station. 

The power station has advanced LiFePO4 battery technology known for longevity and efficiency. You can fast-recharge with a dual recharging facility. The solar generator kit comes with three 200W solar panels; they’ve a high conversion rate and ETFE protection for durability. You can use the BLUETTI user-interactive app to control and monitor the power station. It also includes a touch-enabled control screen.

Final Thoughts

Hope, we were able to make you understand the history of electricity. Undoubtedly, electrical power has a diverse history and complex existence. What’s more interesting about electricity is its future. In the last two hundred years, the advancement in technology has been rapid, and it’s continued with the same pace. There's a greater chance of 360-degree transformation of electrical systems across the globe. 

Imagine getting electricity wirelessly, without needing physical wires. We’re already using wireless power with phone charges. The technology can be upscaled to power our homes. Although it is in nascent stages, the possibility is there. Guess what? Nikola Tesla had explained wireless power way before it was first used. The history is synergized with advancement!

This guide prepares you to deal with utilities better in 2024. It covers everything about billings and how to save on them. There’s no way you will enjoy utilities without disruptions, water shortages, electrical failures, etc, which can happen occasionally. What will be your course of action in such a situation? We’ll give clear guidelines on whom to reach out to get your issues resolved. Let’s explore utilities in detail;

What Are Some Common Utilities?

Getting inside an apartment after work you would turn on lights, prepare your bathtub for a bath, and throw out trash from yesterday. All these services you use are standard household utilities. What else can you think of as a utility? Let’s see; 

Water and Sewerage 

The water you use for different chores, bathing/showering, kitchen, and laundry is a utility. The used water going into sewers is also part of this utility. Every city has a municipality that maintains and bills water and sewerage for homes. The billing for water is straightforward and depends on usage. There’s a meter attached to pipelines which measures water usage. 

You may or may not get a water bill; it usually goes to the homeowner. The water bill is for the whole house/apartment. It depends on your contract whether you’re bound to pay the water bill or your homeowner has adjusted an average amount for water usage in your monthly rent. 

Electricity 

The local utility company your homeowner subscribes to charges for electricity. You can create an account with the company and pay bills. The billing depends on usage, like number of appliances, lighting, heating/cooling, etc. It can be highly costly and take away a huge chunk of your income. The electricity costs change frequently; the one-month charges for certain units can be different from another month. 

The homeowners do not pay electricity bills but rather ask tenants to have a separate account before moving in. In case you face issues like disconnections, or electrical failure in your locality, you would be in a better position to contact the service providers. 

Gas 

When moving to an urban or advanced locality, you should not expect gas availability. Although it may be present, gas consumption in homes is quite low. You would need gas only for a water heating system or a gas stove. Both these have electric alternatives, which are common and more practical. The local gas companies are responsible for gas supply and related issues. 

The billing method for gas is similar to electricity. You can have an account with the company, and they’ll charge you according to the usage. The gas meters are attached to the supply line for measurements. Your landlord is not likely to deal with the gas company, he would ask you to pay the bills and manage your account. 

Garbage Collection 

The daily garbage you produce is collected by waste management companies. These will charge you fixed monthly amounts for the service. Large apartments include garbage collection fees in the rent. However, if you’ve rented an individual house, the bill will come to you. You can have an account with the company and pay the charges conveniently. 

Most homeowners mention garbage collection fees in the contract. The charges are not high yet you will have to pay them. 

Internet, Cable, and Security 

Internet, cable, and security are always on the part of tenants. You have the choice to subscribe to any service provider for internet and cable. However, the security is managed by apartment managers/committees. The security may include CCTV maintenance, security officer, etc. Your landlord is more likely to inform you about these beforehand. 

How to Estimate Costs for Utilities?

Most utilities like garbage collection, security, and the internet have fixed costs. You can browse different websites to check current rates in your locality. It’s recommended to compare multiple options to select the best. It’s not always about costs; the service reliability and customer support also count. 

You may require estimation for electricity, gas, and water. These comprise a major portion of your utilities and are relatively costly. There are multiple factors that drive utility costs; some have a greater impact, while others may be insignificant. Let’s  give you the blueprint to estimate your bills and manage the budget accordingly.

Apartment Size

The larger the apartment, the utilities consumption is likely to be higher. The heating/cooling system will consume more power. The number of bathrooms will increase water consumption. The charges may also vary as residential apartments have categorizations. You must account for all these factors in your estimate. 

Weather

Electricity consumption patterns are highly impacted by weather conditions. If the winters or summers are extreme, the need for heating /cooling is higher. You’ll continuously run these systems, causing an increase in electricity bills. Estimate daily power consumption and the costs you may incur.

Appliances

The number of appliances you own and run is a contributing factor to utility costs. If you have multiple dishwashers, stoves, and air conditioning units, their usage will increase utility costs. For electrical appliances, check their wattages and estimate hours of usage; you’ll get a rough idea of daily energy consumption. Similarly, estimate gas and water consumption. 

Light Fixtures 

Some apartments can have excess lighting, which increases utility costs. You should use adequate lighting and check the energy-saving features of light fixtures. In case the light fixtures consume higher than 18 watt, you should change them. 

How to Sign Up for Utilities?

It’s better to sign up for utilities after the contract with the landlord. You’ll save time and effort after moving in. You may face issues with utility companies, like opening new accounts or process delays. Signing up early will reduce much of the hassle. 

Step 1: Find the best service providers in the area and compare rates, reliability, and customer support. You can ask your homeowner for the information or use the internet.

Step 2: Contact the companies and ask about their plans and timeframe for induction. They’ll guide you through the process and requirements. 

Step 3: Provide essential information and documentation like name, address, and social security number. They will reach back with account details and subscription plans. 

Once you sign up for the utilities, you’re all set to move in. There will be at least no issues with water, electricity, etc. However, dealing with movers and packers and setting up the house is a different hassle. 

Minimize Your Utility Costs with Solar Kits 

You must have noticed that the main cost driver for utilities is electricity. Its consumption and rates are both high. There’s one way to slash electricity costs from your utility bills: you will not have to pay a single penny. Sounds like savings? Installing a solar generator kit enables you to stay off-grid and power your house using solar energy. 

The benefits are not limited to cost savings. You can save the environment with solar energy by reducing your carbon footprint. Solar energy keeps powering your house even during supply disruptions from the grid supply. The energy independence is next level, your house will act as a power plant. You can also sell electricity through net metering. 

Thinking of getting your home a solar generator kit? The BLUETTI power solutions are the best option for you. The BLUETTI is the market leader in solar technology with an advanced range of solar generator kits. It stands out with hi-tech products, top-notch designs, and durable battery technology. Let us recommend you some BLUETTI products to start saving your utility costs:

BLUETTI EP800+B500 Home Battery Backup

The BLUETTI EP800+B500 Home Battery Backup is a complete power solution for homes. It has 9920Wh capacity to power all your appliances and devices. The power station supports 9000W solar input to enable the ultimate energy independence experience. 

The battery packs have advanced LiFePO4 technology that ensures efficiency and longevity. You will also get control with the BLUETTI user interactive application that displays real-time data about system capacity utilization, charging status, etc. 

The BLUETTI EP800+B500 Home Battery Backup is designed to seamlessly integrate with your existing electrical system. You will not need additional installations or disturb the wirings; it’s more like plug-and-play. It also comes with an EPS feature to provide an uninterruptible power supply.

BLUETTI AC500 + B300/B300S Home Battery Backup

The BLUETTI AC500 + B300/B300S Home Battery Backup is a next-generation product with advanced features. It can take on your power needs with expandable Capacity From 3,072Wh to 18,432Wh. The power station comes with a multi-recharge facility for enhanced reliability. 

You get LiFePO4 battery packs for 24/7 power access. The EPS feature is enabled to provide an uninterruptible power supply. The smart control app gives remote access for real-time monitoring. Additionally, you can use the touch display for convenient control. 

You can use the BLUETTI PV420 Solar Panel with the system for complete energy independence. The solar panels have a high conversion rate. They’re durable and come with ETFE protection for water and dust. The design is foldable for easy storage when unused. The angle adjustment allows for increased conversion efficiency.

Wrapping Up

Are there any questions left? Our thorough guide has walked you through multiple aspects related to utilities and their costs. Now that you thoroughly understand utilities, the way forward is to make final estimations. Use the internet and our insights to get a rough estimate of your utility costs in your new home. Don’t forget to plan ahead and save money by installing solar kits. This investment today will allow you to save for the future!

We’ll explore solar financing in detail with expert tips about solar installers. It’s not always about getting the money; the way you utilize it makes the difference. There are numerous solar companies and solar installers; we’ll help you shortlist the best ones. Let’s dive deep into the world of solar financing and solar installers. Don’t miss out on the key takeaway in the end!

Solar Financing Options

Shortage of funds can no longer stop you from reaping the benefits of solar energy. There are a range of financing options available. The one thing you must prepare for is to determine your solar system requirements per your household power consumption. Let’s explore the available options:

Savings

Before considering other options, you should first try to spare your cash to buy the system. The costs of the system substantially increase if you go for loans or leases. The major drawback is a late return on investment, and since solar systems are depreciating assets, the benefits subside with time. If your income allows you to save enough funds to finance a solar system, it’ll be the best option. 

For many people it may not be the case, the upfront costs for solar systems are substantial. Paying all at once can be very difficult when your income is low. You can go for other financing options. It’s not just that you’ll reduce energy costs with solar, the lease or loan will also provide tax benefits. The income with liabilities is not taxed according to federal laws. 

Solar Loans

Solar loans are a thing now, they’re similar to car loans or any other loan you would take to buy expensive appliances. There are multiple solar companies and private dealers who offer solar loans. You take the loan to pay for upfront costs of the solar system and make periodic payments with interest to clear the loan. The terms are variable and negotiable, it depends on what deal you agree on. 

There are two common solar loan types; secured loans and unsecured loans. When taking a secured loan, you’ll keep your house as collateral. However, with unsecured loans the solar system you install becomes the collateral. The secured loans seem risky, but they’re available at lower interest rates. In both cases, the interest payments are a drawback ultimately affecting breakeven. 

Cash Out Refinance or HELOC

You can use Cash-Out Refinance by refinancing your mortgage to buy a solar system. It enables you to use the equity in your home to finance solar installations. The process is simple and straightforward. Check your equity and required upfront, reach out to a lender, prepare paperwork, and get the amount. The interest rate would be comparatively lower than a solar loan, but the collateral will be your house. 

Similarly,  Home Equity Line of Credit (HELOC) could also be used for solar financing. You can get a line of credit against the equity in your home. It’s like a credit card with collateral as your home. You may decide the repayment terms, the interest charges will be lower compared to other financing options. Many banks, unions, and private lenders offer HELOC, once you finalize the agreement fund will be disbursed. 

Solar Leases or Power Purchase Agreements (PPA)

Have you ever leased out a car? Solar leases work the same way. You will get a solar system installed by a company and pay them on a monthly basis. The only catch is that you don’t own the system. The power purchase agreements (PPAs) are more or less the same. A solar company will install a solar system in your house, they’ll maintain it for you, and charge for the power you consume. The rates will be much lesser than you pay to a utility company. 

Choose a Solar Company that Cares for You

Since demand for solar systems is rising, the market is saturated with solar companies. A solar company that provides professional installations is not necessarily the best. The company should care for you as a customer. Here are the factors you should consider:

Certifications and Compliance

The solar provider must be compliant with federal laws. There are multiple government bodies that permit these companies to install solar systems. You must check their certifications and verify them. Especially when you’re using external financing to get solar systems, the financial service provider would require these certifications for paperwork. 

Policies and Agreements 

The company should be very clear about their policies. Any ambiguity in policy can lead to trouble later. Many installers have unclear policies that they use to evade key responsibilities. It allows them to save costs. When signing an agreement, go through the policies and terms & conditions. If you find something unclear, highlight it to the company. Try getting a brief from their employee. 

Maintenance & Support 

We heavily rely on power, there’s no other way around. The major concern for people shifting to solar is its reliability and continuity of supply. The company you choose should offer seamless maintenance and support. The actual care is when company representatives are available at dispatch 24/7. You should evaluate your options on this key consideration. 

Customer Reviews 

You can judge whether a company cares for its customers through customer reviews. It’s like a litmus paper test. Ideally, you should ask for reviews from customers that you personally know. Their satisfaction will help you make a clear decision to select the solar company or not. Saving costs using solar is only possible with a good solar company.

Discover the Best Solar Products Available on the Market 

Never rely too much on your solar installer. You can explore the market to discover the best available products. Having the market knowledge will keep you in a good position to discuss options with your installer. 

BLUETTI is leading the market with its hi-tech solar technology. The BLUETTI products are reliable with advanced control and easy connectivity. They synchronize with existing electrical installations seamlessly. Some of the products offer portability for outdoors and on the go usage. Let’s browse BLUETTI solar systems for home use. 

The BLUETTI EP900 + B500 Home Battery Backup is the ultimate power solution with expandable capacity of 9,920Wh to 19,840Wh. It comes with advanced LiFePO4 battery technology known for their high durability and longevity. You would not need extra installations to run the system; it has plug-and-play compatibility. The IP65 rating with its sleek design enables outdoor use and minimal space consumption. 

You can power the system with BLUETTI PV420 Solar Panels having ultra durability, high conversion rate, and ETFE coating. The maximum input for solar is 9 kW that can run your entire home 24/7. It provides you with complete energy independence. You can also sell extra power to the grid through net metering. Solar energy not just saves you costs, it can also earn you money. 

With BLUETTI EP900 + B500 Home Battery Backup you can experience real energy independence. The system has a modular design, you can increase the output according to your power needs. The best part is BLUETTI's 10-year warranty which testifies to the company’s commitment to durability. If you have any issues, you can reach out to customer support through multiple channels. 

BLUETTI AC300 + 4*B300 Home Battery Backup can tackle your energy needs with greater reliability. It has an expandable capacity from 3,072Wh to 12,288Wh. The system is EPS enabled to provide you with uninterruptible supply. BLUETTI has also added an advanced multi-recharge facility to enhance reliability. In case you run out of power, a dual recharge (AC+Solar) facility is available. The hi-tech LiFePO4 Battery packs have high efficiency and last a lifetime. 

You can use BLUETTI PV420 Solar Panels having ultra durability, high conversion rate, and ETFE coating. The maximum input for solar is 9 kW that can run your entire home 24/7. It provides you with complete energy independence. You can also sell extra power to the grid through net metering. Solar energy not just saves you costs, it can also earn you money. 

Final Thoughts

Hope this blog will help you select a good financing option for the home solar system. Installing a solar system for power needs is a smart move. It provides complete energy independence and slash major spendings on utility bills. You can stay worry-less about power disruptions, cost increases, and lead a comfortable life. 

Before signing out, I would suggest determining the breakeven for your solar investment. The financing option should be within a one year plan. It’s because changes in technology are frequent, battery life depletes, and ultimately the system depreciates. To reap good benefits, you must recover the investment faster. 

What Is a Pure Sine Wave Inverter?

A pure sine wave inverter is a device that converts direct current (DC) from a DC power source into alternating current (AC). This power can then be used by devices like smartphones, laptops, and kitchen appliances. 

Unlike AC, DC power is unidirectional, meaning it flows in only one direction. It also has a constant voltage level, coming from power sources such as solar panels, batteries, and other DC sources. DC power is used in low voltage applications such as aircraft and automotive applications. Since solar panels produce DC power, you’ll need an inverter to convert the power into AC so you can power your devices. 

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AC power, on the other hand, reverses its direction periodically. As such, there’s constant changes in voltage and current flow, making it ideal for household appliances. Most utility companies distribute AC power. 

With a pure sine wave inverter, you get smoother and more stable AC power. While the output is somewhat comparable to the power you get from your wall outlet, some brands may produce cleaner signals such as BLUETTI. 

Clean and stable AC is crucial for running sensitive electronics, oscillating devices, and audio processing circuits. Pure sine wave inverter ensures your devices run within the predetermined power levels. This not only bolsters efficiency but also mitigates device damage due to power surges.

That said, producing clean and stable signals requires expensive and specialized ingenuity. This makes pure sine wave inverters more expensive than conventional units.

How Does a Pure Sine Wave Inverter Work?

The pure sine wave inverter needs to be connected to a DC power source. This can be solar panels or batteries. Once connected, the DC current is converted into high-frequency AC power through pulse width modulation (PWM). 

Pulse width modulation reduces the power delivered by the DC source into manageable and discrete parts. It is distributed through a series of pulses rather than a continuous signal. Here, the DC power is switched on and off rapidly, creating a square AC wave signal. 

Since sensitive electronics cannot use the square wave, it is passed through a filter, which trims the signal off its high frequency parts. This results in a smoother sine wave. 

The wave goes through voltage regulation to ensure the output voltage matches the predetermined levels. AC output voltage can either be 120V or 240V, depending on your state or region. The type of application also determines the AC output voltage. 

For example, lighting and other similar applications will require a 120V outlet while larger appliances such as refrigerators will require a 240V outlet.

Once the voltage has been achieved, the AC signal is passed through a sine wave generation stage to make it smoother and more stable. Algorithms and complex techniques are used to convert the wave into pure sine wave. It is this stage that makes pure sine wave inverters expensive since the technology used is complex and expensive to achieve.

Finally, the pure sine wave is sent to the AC outlet of the inverter to be used by your devices. Unlike conventional inverters, pure sine wave units come with extra features such as short-circuit protection and over-voltage protection for improved safety and efficiency.

Is It Worth Getting a Pure Sine Wave Inverter?

Yes, using a pure sine wave inverter has many benefits including:

• Stable AC power

As mentioned, pure sine wave inverters produce current similar to that produced by utility companies. In fact, some brands may produce smoother and more stable current. This means you can connect most devices to the inverter during a power outage and still get similar performance. 

• Safe to Use 

Pure sine wave protects your sensitive electronics such as laptops and smartphones from damage during brownouts or power outages. Furthermore, such inverters come with safety features like short-circuit protection, meaning power surges cannot damage devices. 

Unlike modified sine wave inverters, pure sine wave units don’t produce excessive heat, protecting your devices against overheating.

• Smoother and Consistent Current

One of the main benefits of using pure sine wave inverters is they produce smoother and consistent current than modified units. With a pure sine wave inverter, the signal switches on and off at regular intervals, providing consistent current flow. Modified units on the other hand switch on and off abruptly, producing inconsistent current.

• Quiet Operation

If you want to install an inverter in your house, consider installing a pure sine wave unit since they are quieter compared to conventional inverters. Thanks to the algorithms and technology used to produce the wave, there’s minimal noise production during the process. 

• Compatible With Sensitive Electronics

Finally, pure sine wave Inverters are compatible with most appliances in your house. As mentioned, they produce current similar to that utility companies distribute. Whether you want to power your audio equipment, kitchen appliances, or other electronics, pure sine wave inverters got you covered. 

3 Best BLUETTI Products with Pure Sine Wave

Now that you know how a pure sine wave inverter works and its benefits, let’s look at three premium units you can buy from BLUETTI.

BLUETTI 2*AC300 + 2*B300 + 1*P030A | Home Battery Backup

This home battery backup comes with a 3000W AC pure sine wave inverter, allowing you to plug in just about any device. Think of your laptop, smartphone, juicer, or refrigerator, this inverter got you sorted. And since it has a 6000W surge rating, you can rest assured it will power large appliances with ease. 

This model has a base capacity of 3072Wh, which can be expanded to 12288Wh for improved power output. Such capacity is enough to power different appliances simultaneously. It is also compatible with 240V devices so running large appliances during a power outage will be a bliss. With seven charging methods, you’ll never lack power in your house. 

BLUETTI EP500 Solar Power Station | 2,000W 5,120Wh

If you are looking for a more heavy-duty power station with pure sine wave inverter, this is the perfect bet for you. Boasting of 5120Wh capacity, it saves ample energy to power most of your devices. The integrated LiFePO4 battery ensures fast and efficient power output, meaning you’ll have minimal downtimes. The 2000W rated pure sine wave inverter offers adequate power to run numerous devices simultaneously.

But that’s not all, its movable design allows you to transport it with ease. And thanks to the high-capacity rating, you can store and sell excess electricity to the grid. You also get a smart touchscreen for seamless control and an app for remote monitoring.

BLUETTI AC500 + B300/B300S | Home Battery Backup

Finally, you can get yourself the BLUETTI AC500 + B300/B300S that comes with a 3072Wh base capacity that can be expanded to 18432Wh. This model has a pure sine wave inverter with a 5000W rated capacity. It also boasts of a 10000W surge power ideal for starting large appliances. With it, you can power small and large appliances with ease. 

Thanks to the LiFePO4 battery, it can serve you for over 10 years. In fact, it has over 3500 life cycles. Like other premium BLUETTI power stations, it is equipped with a smart app, allowing you to control and monitor remotely. There are six methods to recharging it including solar, lead acid, and AC. If you want a compact yet efficient pure sine wave inverter, consider buying this model.

Pure vs. Modified Sine Wave Inverters: What is The Difference?

Unlike pure sine wave inverters, modified units produce a wave that resembles a series of steps. As such, the wave is not as smooth as that of a pure sine wave inverter. That said, they can power most of your home appliances. So, what is the difference between the two? Let’s find out.

• Waveform

As you’d expect, pure sine wave inverters produce a smoother and more consistent wave, similar to grid electricity. A modified inverter produces a waveform that is less smoother and comparable to a series of steps. The waveform has a sharp voltage variation.

• Usability 

Since pure sine wave inverters produce current similar to electricity from a utility company, it is compatible with sensitive electronics. Think of refrigerators, air conditioners, laptops, and similar gadgets. This is thanks to its smooth and consistent waveform which is crucial in running such devices.

Modified sine wave inverters are not ideal for household appliances since the waveform is not smooth and consistent. Furthermore, they tend to produce humming noises when powering devices.

• Efficiency 

Pure sine wave inverters are more efficient in converting DC to AC power than modified sine wave inverters. This is because the current goes through several stages such as pulse width modulation and voltage regulation to smoothen the wave. Conversely, devices connected to a modified sine wave inverter may have to filter and process the signal, making it less efficient.

Final Thoughts: Should You Use a Pure Sine Wave Inverter?

If you require high-quality and stable power, a pure sine wave inverter is your perfect bet. For example, you might need an inverter if you’ll be running sensitive electronics, operating video and audio equipment and running medical equipment. 

With estimates of around 100 Million homes relying on solar power by the end of 2030, the shift towards solar energy is self-explanatory. However, solar panels are not the only option now. Solar shingles are more delicate options that are replacing solar panels. 

But are solar shingles worth it? 

Let’s investigate by understanding what solar shingles are, the difference between solar panels and shingles, their associated pros and cons, the cost factor, and how you can choose the best solar shingles for your home.

What Are Solar Shingles?

Firstly introduced in 2011, the solar shingles gained popularity in 2016. However, talking about the US only, as per a survey, 38% individuals still do not have any understanding of this concept. 

Solar shingles are modern derivatives of solar panels. Also known as solar tiles, these thin sheets are installed as tiles on the roofs and classified as building-integrated photovoltaics (BIPV). They capture sunlight and convert it into usable electric power. Their working process is the same as that of solar panels.

They can withstand all the harsh weather conditions due to their specific manufacturing which includes the use of tempered glass. 

Solar Roof Shingles vs. Solar Roof Panels: What's the Difference?

Solar shingles and panels are both reliable sources for harnessing the sun's power. They can help you cut your energy bills significantly. Though they work on the same principle, some key differences distinguish them. 

Below is their brief discussion for a comprehensive understanding.

Size

The standard size of solar shingles is around 1 foot wide and 7.1 feet long. This means for an average roof, 350 solar shingles will be required to cover it completely. Contrary to this, an average household requires around 25 to 35 solar panels depending on the home’s energy consumption patterns and the power output capacity of the panels.

Efficiency ratings

The primary material used to manufacture solar shingles is copper indium gallium selenide, a semiconductor that makes them thin and flexible. The average efficiency of solar shingles varies between 10% and 12%. However, some shingles use monocrystalline silicon, boosting their efficiency to 15% to 20%. 

Solar panels can be monocrystalline or polycrystalline. These two materials offer good efficiency ratings, giving solar panels an edge. Monocrystalline panels are considered the best, and their average efficiency rating is above 20%. For reputed brands like BLUETTI, this could even go to 24%. 

Further, because solar panels are moveable and can be aligned accordingly with solar radiations, their overall efficiency is higher than that of fixed solar shingles.

Output capacity

The fundamental aim of any solar installation is to convert solar radiation into electricity. Thus, output capacity is a crucial factor. The energy production capacity for solar shingles ranges between 13 and 80 watts, and for solar panels, it could be between 100 and 420 watts.

However, it's important to note that this difference is mainly due to the size. Overall, there are no variations in output capacity.

Aesthetics  

Solar panels are mounted on roofs and can easily be noticed. In contrast, solar shingles are more like ordinary roofs, which makes them a more suitable option for the aesthetics of your building. 

However, due to the black color of monocrystalline solar panels, their visibility is less than that of the blue color of polycrystalline panels.

Life span and durability

Both the panels and shingles have an average life span of 20 years. However, in terms of durability, solar shingles are more recommended. This is because, unlike solar panels which are installed on the roof, the shingles are a part of the roof and are not vulnerable to being affected by storms and heavy rains.

Pros and Cons of Solar Shingles

Below are the multiple pros and cons associated with solar shingles. You can review them to determine whether they align with your needs. 

Pros

• Due to their installation within the roof, the shingles are less susceptible to extreme weather conditions and are more durable.
• The most fundamental benefit of shingles is their aesthetics. They can seamlessly integrate with existing roof structures, particularly asphalt and concrete roofs.
• Unlike solar panels, solar shingles require less maintenance.
• They can be a good alternative to your traditional roofing, boosting the value of your property. Further helping you save significant amounts in terms of your energy bills.

Cons

• Solar shingles are comparatively new in the market, so their widespread availability is a fundamental concern. Depending on your location, you may find it difficult to get a reliable and certified shingle provider.
• Further, talking about their pricing, they are more expensive than panels. As the shingles technology is still evolving, they might not be compatible with your existing roof. In such case, you need a complete redo for their installation, burdening a significant amount to your exchequer.
• The low-efficiency ratings and power output capacity further add to the limitations associated with solar shingles.

Are Solar Shingles Worth It?

Solar shingles are an aesthetic alternative to conventional solar panels. You can install them on your existing roofs or undergo a complete overhaul to reap the maximum benefits. However, their low power output ratings and efficiency are limitations associated with them.

An average US household requires around 900Kw of power monthly. Simply put, if your power needs are higher than this, and you want to go completely off-grid while relying solely on solar power, you might need to revisit your decision. 

In another case, they are highly recommended if you have decided to replace your roof. They will not only impart an aesthetic look but also offer free energy, which, according to Forbes, can save up to 40% to 70% of your electricity bills. 

How Much Do Solar Shingles Cost?

Solar shingles are a costly option compared to solar panels. The average solar shingles cost varies between $20 and $30 per sq. ft. This will be around $40000—$6000 for a 2000 sq. ft. home. 

At the same time, the average total power needs of a 2000 sq. ft. home are around 5Kv, and solar panels for this power will cost around $15000$ to $20000$. However, other factors like the choice of your solar installer and your location can affect the pricing of both shingles and panels.

It is important to note that you can save a significant amount of money through the Federal Tax Credit, which offers a 30% tax rebate on the total price of your solar installation. You can also investigate state incentives for solar installation to decrease the upfront costs further. 

How to Choose the Best Solar Shingles for Your Home?

As discussed above, solar shingles require hefty initial costs. A prudent approach is crucial to making your investment worthwhile. Below are some important considerations when choosing solar shingles for your home.

• Depending on the manufacturing material, commonly there are two types of solar shingles available in the market. One utilizes copper indium gallium selenide while the other is made of monocrystalline silicon. The latter are a bit costly but have more efficiency ratings, power output capacity, and shelf life. Thus, they are more recommended.
• Solar shingles are also classified based on their power output capacity. Choose shingles with high output ratings that can fulfill your power needs.
• Installation is a crucial factor as the right installation could help you cultivate maximum from your shingles. While installing, ensure that shingles have access to maximum sunlight.
• Choose solar shingles that are more durable and have a good life span.
• Pricing is another important factor. Shingles require high initial costs that are way more than traditional roofing or solar panels. However, there are also some affordable options available in the market. Price comparison is crucial before opting for any brand.

Choose a Home Battery for Your House

Imagine you have spent thousands of dollars for a reliable power supply but still you have no access to power at night or during low sun visibility. This is exactly what is going to happen if you have not installed an inverter battery backup with your shingles.

You see, as evident from their name, solar shingles offer power only when sunlight is available. Thus, a reliable battery backup system is crucial to store all the extra power produced by your shingles. This can be utilized later on at night or during periods of low sunlight.

While multiple battery options are available in the market, choosing a cost-effective yet reliable unit could be overwhelming. Below are the two most recommended battery options from BLUETTI. They both come with a Price Match Guarantee. This means if you find any unit of the same capacity less priced than them, you can claim the extra amount within 30 days of your purchase.

BLUETTI AC300 + B300

With its 3000W output capacity and 6000W surge power, AC300 could seamlessly power all your household appliances. Its 3072Wh battery capacity will ensure you never run out of electricity. If your needs are still greater, you can extend this capacity to 12288Wh with additional B300 batteries.

This LiFePO4 battery offers 3500+ charge cycles. This means a shelf life of more than 10 years with one charge cycle per day. Overall, the unit has a hassle-free warranty of 4 years with a lifetime of 24/7 customer support.

Other specifications include 7 ways of charging, 15 outlet ports to ensure compatibility with all your appliances and handling through BLUETTI smart app, wifi, and Bluetooth.

BLUETTI AC500 + B300/B300S

AC500 coupled with B300 batteries will surely change how you harness sun power. With an exceptional output rating of 5000W and surge of 1000W, this unlimited energy could power your AC’s to refrigerators and all other home appliances simultaneously.

To ensure, the smooth functioning of your unit, it can be charged through solar, lead acid battery, car battery, AC outlets, and solar+AC. The built-up battery capacity of this unit is 3072Wh. However this can be expanded up to 18432 Wh with additional batteries. 

Going further, the LiFePO4 battery is secured with a battery management system (BMS). This means you can operate the system at all temperatures without worrying about malfunctioning. Also, this system ensures a continuous and reliable power supply for your voltage-sensitive devices.

Final Thought

Solar shingles are a good choice to harness sun power without compromising the aesthetics of your home. However, their high initial cost coupled with low efficiency and power output could be an elephant in the room. But with careful planning, these issues can be sorted easily.

While shingles can offer a continuous power supply during peak sun hours, it's important to make sure you never run out of power when solar radiation is not available. BLUETTI home power backups are best in this regard. They are not only cost-effective, but BLUETTI's exceptional international reputation ensures efficient and reliable products for you.

We care about sustainability and renewable energy, so we know the value of squeezing every ounce of value from your solar investment. In this guide, we'll go through the concrete steps for enhancing solar panel efficiency and maximizing solar energy output.

What Is Solar Panel Efficiency?

The solar panel efficiency is a measure of the capacity of a solar panel to convert sunlight to electricity. The efficiency is measured by the amount of sunlight that gets converted into usable electricity. Such as a solar panel has an efficiency rating of 20%, it means that 20% of the sunlight that hits the panel will be converted into electricity, while the other 80% will be wasted as heat or reflected sunlight. Higher-efficiency panels are able to produce more electricity from the same amount of sunlight, thus becoming more efficient and cost-effective.

Understanding Efficiency Metrics

Evaluating solar panel performance relies on understanding efficiency metrics. These metrics quantify a panel's ability to convert sunlight into electricity.

Conversion Efficiency

Conversion efficiency determines the ratio of sunlight converted to electricity by the solar panel. It is calculated by dividing the electricity output by the sunlight input and then multiplying the result by 100 to get the percentage (100).

For example, if a solar panel receives 1,000 watts of sunlight per square metre and produces 150 watts of electricity, the conversion efficiency would be:

Conversion Efficiency is (Electricity Output / Sunlight Input) x 100.

(150W / 1000W) * 100

= 15%

In this context, the solar panel converts 15% of the sunlight it receives into electricity for use.

Performance Ratio

The performance ratio is influenced by many factors such as temperature, shading and degradation, which can impact the solar panel's performance. It leads to the more precise determination of practical effectiveness rather than conversion efficiency only.

The performance ratio is obtained by dividing the actual power output of the solar panel by the peak power output of the panel under the optimal conditions.

For example, if a solar panel has an actual energy output of 120 kWh (kilowatt-hours) over a certain period and the theoretical maximum energy output under ideal conditions is 150 kWh, the performance ratio would be:

Performance Ratio = Actual Energy Output / Energy Output by the Most Efficient Device

= 120 kWh/ 150kWh

= 0.8

This translates into an efficiency of 80% (or 0.8) which is the output of the panel under real-world conditions as compared to its maximum theoretical performance.

Types of Solar Panels and Their Efficiency

Monocrystalline Solar Panels

The monocrystalline solar panels are renowned for their high efficiency and long life. The panels are made of the single-crystal silicon, which is the main reason for the higher efficiency rating compared to the other types of panels. The average solar panel efficiency of monocrystalline solar panels is between 15% and 22%.

One such solar panel is offered by BLUETTI that is BLUETTI PV420. The BLUETTI PV420, a portable and foldable solar panel, is good for both outdoor adventures and home use. The system has a 23.4% conversion rate that is equivalent to capturing about 2kWh of solar energy daily in 6 hours of sunlight. It is manufactured of monocrystalline cells and multi-layer ETFE. So, it is capable of providing a higher efficiency level and durability. It is water-resistant, scratch-resistant and dustproof by its IP65 rating. Hence, it is easily cleanable with a simple wet cloth. It’s easy to install; set it up, adjust the tilt for maximum sunlight, and have solar power to charge your devices anytime.

Polycrystalline Solar Panels

Polycrystalline solar panels consist of several silicon pieces that were melted together, hence less uniform crystal structure. Though polycrystalline panels are cheaper in production, they deliver slightly lower efficiency than monocrystalline panels. With an average efficiency rating of 13% to 17% for polycrystalline solar panels, these panels are considered to be the most efficient solar panels.

Thin-Film Solar Panels

Thin film solar panel technology utilises sequential layers of semiconductor materials that are deposited on a substrate such as glass or plastic. The thin-film panels are lightweight and flexible, but often have a lower conversion efficiency than crystalline silicon panels. On the whole, the thin-film solar panels have an efficiency rating that is between 7% and 13%.

Ways to Increase Solar Panel Efficiency

Minimise Shading

It is essential to make sure that your solar panels are actually in direct sunlight because only then they will be working at their best. The efficiency of the solar panels can be greatly affected by the shade from trees or buildings, especially when using some types of inverters. A small shaded area can also have a big effect on the entire system. Take a look at the removal or pruning of nearby trees and also consider the use of microinverters as a solution to any shading problems.

Optimal Panel Orientation

To obtain the highest solar panel output, you should strive for the ideal orientation; this should be facing the sun. Panels directed to the south in particular are most exposed to the direct sunlight, however, the ideal orientation depends on your own energy usage pattern and your utility pricing.

Regular Panel Cleaning

The panels are not maintenance-intensive, but they do require occasional cleaning to avoid the accumulation of dust and dirt on the surface, which in turn can reduce the output. The number of times cleaning is done differs depending on the conditions such as rainfall and location. It is recommended that one cleans the air filter annually to ensure it is working at optimal efficiency.

Choose High-Efficiency Panels

Solar panel technology has witnessed a tremendous growth in the past few years, which has led to the enhanced efficiency level. Choose panels that are more efficient, and they will convert the sunrays into electricity better. While they might be on the high side at the start, the savings generated through improved efficiency makes them worth it in the long run.

Monocrystalline Cells will be the best option

Choose the photovoltaic cells with the best quality for your solar energy system while selecting. Grade A monocrystalline cells provide the greatest efficiency, which results in the best performance of your solar system from the very beginning. When compared with the panels with lower efficiency grade, the latter ones can be cheaper at the beginning, but the reduced efficiency leads to lower energy production and higher operating costs in the long run.

Invest in Anti-Reflection Coatings

To get the best out of the panels, the use of anti-reflection coating is considered. These coatings reduce the amount of sunlight reflection, thus allowing more cells to absorb energy and improve overall performances. High-quality panels are mostly supplied with these coatings that are meant to boost their output.

Utilise Energy Management Software

Monitoring your solar panel performance plays a key role in the effectiveness of the system over the long term. Connect your panels with energy management software to monitor energy generation levels and identify the issues in a timely manner, which enhances efficiency and savings over the time period.

Manage Power Consumption

Make your solar power system more efficient by saving power during the peak hours of the day. Reducing the number of devices working at the same time contributes to a longer battery life and the best cost-efficiency.
Use Reliable Recharging Devices
Increasing the efficiency of your solar panels directly depends on the power devices you connect with them. High-quality and reliable power devices help solar panels with better functionality and quick recharging. Thinking about which devices to use? 

The BLUETTI AC300+B300 is suitable for power requirements of 3 kWh per day, and help boost the efficiency of your solar panels. The device is equipped with a 3 kW AC inverter which is expandable up to 12 kWh with more batteries. It is equipped with dual recharge technology (AC+Solar) which facilitates quick recharging and it accepts a maximum solar input of 2.4 kW. Starting from the amazing price of A$4,998, it also has a 4-year warranty and a free mobile app for continuous monitoring.

BLUETTI provides a series of home energy storage devices for solar systems that are customised to customer's needs. Their batteries are designed with inverter and charging systems that are in-built, hence, offering maximum convenience. Through the application of LiFePO4 technology these batteries, which range in capacity from 2 kWh to 9 kWh, are extensible. For instance, the 9 kWh battery can be extended by up to 19 kWh.

Check out the BLUETTI AC500 + B300S, an expandable power system made for flexibility. The AC500 is a modular device and can be connected together with up to 6 B300S expansion battery packs with a 3,072Wh capacity each. The 18,432 Wh capacity battery pack of this system ensures sufficient power for versatile purposes, including EV charging. The solar vehicle kits powered by renewable solar energy are a sustainable solution for charging electric vehicles and also provides reliability and scalability for future energy needs.

Final Thoughts

The best way to reach a high solar panel efficiency is through simple measures like routine maintenance, correct placement, and purchasing high-quality items. Through following the mentioned tips, you can bring about an increase in the production energy and thus be able to save cost and also contribute to the environment. Use the potential of solar energy for a cleaner and greener tomorrow.

The different designs and functionalities of these two options make them suitable for different scenarios, in which UPS brings continuous power indoors, and PPS provides electricity for outdoor settings.These differences represent just a handful of the many differences between UPS and PPS. Read on to find more of them. So, Let's explore more to know which one of the emergency power devices is better for you! 

What is a UPS and How Does It Work?

The UPS  is an alternative electrical source. It’s a device which stores electricity and feeds it into a load during a power outage. Unlike emergency generators, which use fuel to create electricity, UPS is already loaded with the energy source required. It will deliver immediate power with the help of batteries, supercapacitors, or flywheels.

The system contains batteries that can store energy. An uninterruptible power supply works by supplying continuous power to the devices connected to it from its internal battery when the main power source fails. UPS detects power-outage and switches to battery power without any disruption to the connected equipment.

The capacity of the UPS in terms of energy storage is a variable. An individual PC has a lower energy demand compared to a data centre. The greater electricity demand is, the larger the UPS.

What is a Portable Power Station?

A portable power station (PPS) is a mobile power source that can be used in case of a power outage and it stores energy in batteries until needed. PPS features a rechargeable battery, which can be recharged via solar panels. It is equipped with AC outlets, USB ports, and DC outputs, which make it a small-scale version of a UPS. Unlike UPS, PPS is not activated automatically in the event of a blackout; you must connect it manually to devices in order to charge them. 

PPS units are portable for road trips, camping, and emergencies, generating electricity when far from home. They are also helpful for construction sites lacking installed power sources, powering portable tools. PPS energy capacity varies, the larger units having more storage space but also being bigger and heavier.

Pros and Cons of Uninterrupted Power Supply (UPS)

Pros

Continuous Power Supply

UPS provides an uninterrupted power supply to the critical devices such as computers, servers, and medical equipment so that an outage cannot lead to data loss or equipment damage. For instance, the UPS in hospitals keep the life-saving medical equipment functioning during the power failure and maintain the patient care standards.

Voltage Regulation

UPS systems prevent voltage spikes and fluctuations from taking place, hence preserving the lifespan of sensitive electronic devices that may be damaged by these abnormalities in the long run. Take a UPS system connected to a home office setup as an example, protecting expensive printers and routers against electrical surges and ensuring consistent operation.

Data Protection

UPS enables the system to undergo an orderly shutdown during prolonged power failures, thereby protecting data integrity and avoiding data corruption. In an enterprise environment, a UPS ensures that servers can shut down properly, saving critical data and eliminating the chance of workflow disruptions.

Equipment Protection

Surge protectors are an essential part of a UPS unit. They prevent connected devices from getting damaged by power surges and electrical interference. For instance, a UPS connected to gaming consoles and entertainment systems will protect them from power surges and will thus prolong their lifespan.

Cons

Initial Cost

UPS units can be quite pricey, especially the larger models with high power capacity, which can be quite a substantial investment for both individuals and businesses. 

Maintenance Requirements

UPS units have to undergo routine battery replacement and maintenance to achieve the best performance. This will be reflected in their total cost of ownership through time. 

Limited Backup Time

UPS units normally have a backup power of few minutes to few hours as per the model and load, commonly not enough for long outages. In case of a blackout which lasts a long time, a UPS will deliver only enough power to the essential devices to be used for a short time which forces the users to ration their usage.

Pros and Cons of Portable Power Station

Pros

Portability

 Portable power stations are portable, lightweight and small-sized which makes them easy to carry in different areas. For example, campers can easily pack a portable power station into their car and use it in a remote camping spot to power lights, phone chargers, and other devices.

Versatility

 Portable power stations often include multiple AC outlets, USB ports, and DC outputs. This allows for simultaneous powering of different devices. This versatility leads to its usage in many applications like outdoor activities and back up power at home.

Convenience

Power stations are mobile and can be charged from solar panels, wall outlets, and car chargers, making them flexible and convenient. Such as, travellers can use solar panels to recharge their portable power stations while on the move, to ensure the constant availability of power.

Quiet Operation

Unlike the conventional generators, portable power stations run quietly, without noise and smoke. Being noiseless is what makes them suitable for use in noise-sensitive environments, like campsites or outdoor events, where such environments require quiet operation.

Cons 

Delayed Power Activation

The portable power stations (PPS) do not automatically start when the power goes out, therefore devices can only be connected to them manually. These delays are especially annoying during emergency situations when fast power supply is required, possibly leading to the disruption or delay of electricity-reliant services.

Prolonged Charging Time

Charging portable power stations using renewable energy sources like solar panels may take several hours, thus, limiting the availability of these devices during cloudy weather conditions. You can face delays in recharging, which may affect your ability to count on renewable resources for continuous power supply.

Which Is Better UPS or Portable Power Stations?

The two devices, UPS and solar generators, although both generate electricity, have different uses.

An UPS (uninterruptible power supply) provides continuous power even when there is an outage, so that delicate equipment can be shut down in a safe way. UPS systems traditionally provide backup power from 10 minutes to 3 hours.

However, solar power can be a good alternative in off-grid applications, which guarantee the continuous operation of equipment. They are flexible and work well where there is no access to electricity.

Making a choice between the two demands for you to analyse your needs. One of these power providers prove to be better for you if you consider these questions:

1. How long do I need the equipment to be able to function?
2. Do I need to power equipment without relying on grid power?
3. How much electricity can this product produce, and can it meet my energy requirements?

Factors When Choose UPS or Portable Power Stations

Power Requirements

Determine the power requirements of your equipment. In case you are looking for a constant power source that is suitable for devices like computers or medical equipment, then UPS will be more appropriate as it can immediately provide backup power during outages. PPS goes well with appliances needed for outdoor activities. 

Mobility and Portability

Take a moment to decide whether you require a fixed or portable power source. Portable power station is a versatile and handy device, especially for those who need mobility and flexibility. It enables you to take it with you camping or to remote locations that are not connected to the grid.

Runtime and Capacity

Calculate the runtime and capacity needs of your devices. UPS units usually have shorter runtimes compared to portable power stations but they may be able to offer higher power capacity. On the other hand, portable power stations have longer runtimes but lower power output.

Charging Options

Evaluate charging options available for each of the choices. UPS units are mostly plugged-in into the mains power supply. However, portable power stations can be charged from different sources including solar panels, car chargers, and wall outlets.

Cost and Budget

Factor in the front-end cost and the long-term maintenance cost for each alternative. Cost of UPS units may be higher than the portable power stations, but the latter will require some extra accessories like solar panels.

Can I Use a Portable Power Station with UPS?

Yes, you can have a portable power station with a UPS in order to expand your backup power capabilities. Just connect the output of the UPS to the input of the portable power station using the proper cables. In the event of a power outage, the UPS will bridge the gap and provide power to the connected devices, and the portable power station can be used to either extend the runtime or serve as an additional power source. 

Explore the two fine BLUETTI portable power stations as your backup power supply. 

BLUETTI AC200L

BLUETTI AC200L is a potent mobile power station that is engineered to serve a variety of energy needs. With a 2000Wh capacity, it indeed can power all the appliances, electronics and even medical devices during a disaster or outdoor excursion. AC output of this inverter gives continuous power of up to 2000W, where household appliances like refrigerators and power tools can be operated. The power lifting mode enables instantaneous power up to 4800W, enough to start high-power devices.

With solar panel compatibility, AC200L can be recharged using solar panels, which are the green energy solutions. Its fast recharging time of about 4.5 hours gives a chance for a fast refurbishment of power reserves. And the users can keep tabs on and control the AC200L by the Bluetti app, which is designed for convenient use and tracking energy consumption.

BLUETTI AC300+B300

The BLUETTI AC300 + B300 is a multifunctional modular station which is designed to fit to different needs of energy. It has a 3072Wh capacity and is powered by a 3000W AC Pure Sine Wave Inverter offering stable energy storage and distribution. Also, there are the optional BLUETTI B300 battery packs which can extend the system's power to as much as 12,288Wh. This arrangement is perfect for the purpose of charging both household appliances and electric cars, ensuring a large energy reserve for all your charging needs.

Final Thoughts 

The UPS and PPS are both designed to fill in emergency power needs. The UPS units are highly capable of providing a smooth power supply to all stationary devices such as CPAP machines and computers. On the contrary, PPS units are a perfect choice for charging mobile devices while you are out of home and you can use them as a home backup solution. If you are looking for reliable off-grid and/or emergency backup power, consider BLUETTI portable power stations for their versatility in indoor and on-road use.

The best solution for power outages is an uninterruptible power supply (UPS). It provides steady power whenever the grid supply disconnects. The transition is within milli-seconds, and your appliances keep running without shutting down. 

Do you also plan to install an uninterruptible power supply (UPS) system? We’ll tell you everything you should know before embarking on the hunt for the best UPS system.

What is an Uninterruptible Power Supply?

An uninterruptible Power Supply is a system that acts as an automatic backup during power failures. Whenever the primary supply disconnects, the system activates in a flash. It provides backup through batteries that charge on grid power or other energy sources like solar power, diesel generators, etc. 

The system consists of an inverter-converter device and battery packs. It’s integrated with the electrical installations in your facility. You may find solar panels connected to the system to recharge the batteries. The solar panels offer greater energy independence by eliminating the need for a grid supply. The UPS device acts as an intermediary that converts AC power to DC power and vice versa.

The system stays in stand-by mode and turns on automatically in the event of power cut. The system capacity depends on battery output measured in ampere-hours. The type of batteries, inverter-converter device, and output quality account for efficiency. Some systems also provide protection from surges and fluctuations. Above all, your equipment stays safe and runs optimally on pure sine wave input when using an uninterruptible power supply. 

What Does an Uninterruptible Power Supply Do?

There are three main functions of an uninterruptible Power Supply. It provides automatic power backup, protects from surges and fluctuation, and acts as an inverter-converter. Let’s explore each of these functions.

Automatic Power Backup 

The uninterruptible Power Supply’s primary function is to provide an automatic power backup. Imagine a sudden power cut due to any reason. Your appliances, equipment, and everything else that runs on electricity will turn off. If you are in a critical facility like a medical or data center, the losses can be colossal. You can avoid such a situation with an uninterruptible Power Supply, it activates automatically the moment power is cut. 

360-degree Protection

An Uninterruptible Power Supply provides pure sine wave output and maintains specified voltage levels. It prevents electrical damage and potential malfunctions in your appliances. The system also protects your equipment from surges and voltage fluctuations. It absorbs the surges and keeps your facility running in optimal conditions. 

Inverter-converter Function

An uninterruptible Power Supply is mainly an inverter-converter device. If you install solar panels to experience energy independence, you can integrate them with the UPS. It will convert DC input from solar panels to pure AC output. There would be no need for an additional device. In the same way, it converts 110V AC supply to 12V DC to charge the batteries. 

Types of Uninterruptible Power Supplies

Uninterruptible Power Supplies can be of multiple types. We’ll explore specific categories of UPS systems differentiated on their power backup characteristics. 

Double conversion or online UPS

A double conversion or online UPS operates in two-way simultaneously. It converts AC input into DC output for batteries and then converts DC input from batteries to AC output for your facility. As a result, conversion time becomes zero as the system feeds already converted power. It eliminates the risk of voltage fluctuations and power quality issues. 

Standby or off-line UPS

This system comes into action in the event of a power outage. It stays in standby mode and only converts AC-to-DC to recharge the battery packs. Whenever a sudden power outage occurs, the system activates to provide power backup. The conversion time is in milli-seconds and doesn't cause a shutdown. 

Line-interactive UPS

Line-interactive UPS is not a full-fledged backup supply but rather a support backup. It can power devices for a few minutes until the main supply resumes.  The system is helpful during changeovers to avoid shutdowns. The facilities using line-interactive UPS have other power backups and keep this system as an additional layer of protection. It also maintains voltage levels for optimal run.

What Are the Advantages of Uninterruptible Power Supply?

Power losses are frequent and unexpected. It can occur due to harsh weather, unscheduled maintenance, or several other reasons. The one good solution to power loss is an Uninterruptible Power Supply. Let’s discover what other advantages it could offer.

Reliability and Convenience 

Uninterruptible Power Supply is a 100-percent reliable solution. It provides power backup without needing to shut down anything. You can have seamless power connectivity and stay worry-free. It’s also convenient due to its automatic operation, it will turn on itself during a power disconnection. 

Protection and Improved Quality

When connected to grid supply, fluctuations and surges are quite common. They can impact electrical appliances and cause malfunctions. The Uninterruptible Power Supply offers protection against surges and fluctuations. It also maintains voltage levels and provides pure sine wave output. Your devices and appliances can run seamlessly in optimal conditions. 

Easy Installation and Operation

Installing an Uninterruptible Power Supply requires professional assistance. However, the installation process is seamless. There’s no need for changes in existing electrical lines. The system doesn’t consume much space. And it can be installed within a day or two. Moreover, Uninterruptible Power Supply operations are automatic and don't require human intervention.

Maintenance-free Solution

The best part about Uninterruptible Power Supply is that it’s completely maintenance-free. Other power solutions like diesel generators and solar panels require maintenance for optimal use. The most you would do for Uninterruptible Power Supply is maintain batteries in case you’re using lead-acid ones.

How to Choose an Uninterruptible Power Supply?

Selecting the right Uninterruptible Power Supply system can be hectic if you lack key information. Let’s analyze factors that are critical when choosing an Uninterruptible Power Supply; 

Backup Capacity 

The first and foremost factor is the backup capacity. You should calculate your power needs in ampere-hours. It can be calculated by multiplying the wattage of each appliance with expected hours of usage during power loss. The Uninterruptible Power Supply capacity should be greater than what you calculate. It’s because power outages are unpredictable and can last longer. 

Battery Types 

The Uninterruptible Power Supply system’s efficiency largely depends on battery types. You should purchase advanced quality batteries with high life cycles, good charging time, and AC/DC efficiency. There are a variety of options available in the market. The lithium-ion batteries are quite popular and prove effective for uninterruptible power supply systems. Also, consider maintenance and battery care. 

Power Quality 

Always go for systems that provide pure sine wave output and maintain specified voltage levels at standard frequency. Power quality is crucial because it has a direct impact on electrical appliances. If the power output is low quality with distorted waveform, your appliances can malfunction and fail to run optimally. 

Advanced Features 

Select a Uninterruptible Power Supply system with advanced features for added convenience. You should look for remote monitoring through a mobile application or LCD display control. Other features may include eco-mode for power saving in case battery levels drop. All these features increase the stability of the system. 

Type and Installation 

You should be mindful of your needs and select appropriate UPS types: Double conversion UPS, Standby UPS, or Line-interactive UPS. The installation requirements can vary for different models. You should check with the supplier to see if your facility has appropriate provisions for easy installations.

Do You Need Home Battery Backup with UPS?

Remember, UPS cannot go without home battery backup. A UPS is a device that takes power from battery backup to run your household or facility during electricity disruptions. The battery backup consists of a number of batteries that recharge from UPS and feed power back to the UPS. 

If you need a 360-degree solution for an Uninterruptible Power Supply, there’s no better option than BLUETTI home battery backup systems. BLUETTI is a tech-revolutionary company that offers power solutions to embrace energy independence. Their home battery backup systems stand out with hi-tech features and high efficiency. Let’s discover more;

BLUETTI EP800+B500 Home Battery Backup

Enjoy uninterruptible power connectivity with BLUETTI EP900 + B500 Home Battery Backup. It has an enormous expandable capacity of up to 12288 Wh. The system can power your entire home during long electricity disconnections. You can connect it with solar panels through the AC coupling option for complete energy independence.

The BLUETTI EP900 + B500 Home Battery Backup provides 120V / 240V voltage options to power every appliance. It comes with advanced LiFePO batteries having high lifecycles and efficiency. You can install the system indoors and outdoors at your convenience. It has smart control options through a user-interactive mobile application. 

BLUETTI EP900 + B500 Home Battery Backup

The BLUETTI EP900 + B500 Home Battery Backup is a game-changer for households. It provides 10-20 kWh capacity with a max output rate of 9 kWh. It can power both 120  or 240-volt appliances. The device has hi-tech LiFePO batteries with an intelligent battery management system for high efficiency.

The BLUETTI EP900 + B500 Home Battery Backup is IP65 rated to ensure durability and enable indoor/outdoor usage. The system integrates seamlessly with the solar system and grid supply. The installation is easy and hassle-free, and you can get the system up and running on the same day. It can be controlled through mobile applications with advanced features. 

Final Thoughts

We’ve got you covered with everything about uninterruptible Power Supplies. You are in a good position to select the right UPS system for your needs. You can calculate your backup requirements and get an appropriate system installed. The BLUETTI backup systems are superior options with affordable price tags. Go and explore the market to hunt down the best UPS system!