Whether it is solar power or backup generators, you will find that keeping your family safe and comfortable during an outage no longer seems to be a difficult task if you have an emergency power source at hand. 

Solar Power

Solar energy is the fundamental pillar of renewable energy, as it is able to tap and make the best use of the inexhaustible sun’s rays by employing various specialised devices. This solar power system, at its core, is a photovoltaic (PV) panel, made up of a solar cell that converts sunlight into energy. These panels together with inverters, convert the direct current (DC) electricity generated by the panels into alternating current (AC) electricity, which can be used within a household. Besides that, batteries retain the energy that is not needed during cloudless days and make it available for use in the nights when it is not sunny again.

Pros of Solar Power

Sustainable Energy

 The solar power system produces electric energy without the emission of greenhouse gases and thereby makes the environment more clean.

Renewable Resource

The sun's energy is inexhaustible, hence, this energy source is reliable and consistent.

Economic Gains

Solar power is the only power alternative that ends up reducing electricity bills over time, delivering savings for homeowners and businesses over the long run.

Grid Independence

Users of the solar power systems are able to create their own electricity, thus decreasing their dependence on centralised power plants.

Extended Lifespan

Solar storage systems are long-lasting, typically functioning for 10-15 years, and many of them offer consistent energy storage throughout one cycle or more. 

Cons of Solar Power

Initial Investment

The initial cost of installing solar panels is often a barrier to many people, although the falling prices are making solar energy more affordable.

Weather Dependency

Weather conditions and insolation fluctuations limit the efficiency of renewable energy, especially solar power generation, and thus make it unreliable.

Generator 

Generators provide a traditional backup solution that has already been well known to many people. These gadgets work by converting different fuel sources, such as gasoline, diesel, propane or natural gas into usable energy during power outages.

The natural gas generators are directly connected to the main gas line, and they function automatically whenever they are needed to cover the energy deficit during a blackout. On the other side, the diesel generators need the refuelling to run continuously. Therefore, they need to be maintained regularly and have available fuel for power generation.

The fact that generators can be used as a source of immediate power during emergencies, generators are still a dependable option for homeowners with need of backup power solutions.

Pros

Low Upfront Costs

Traditional generators generally present less expensive start-up costs than other backup power sources, so that many homeowners can afford them without financial stress.

Availability and Accessibility

Generators are popular among many regions, and they are also easy to purchase and can be accessed by people living in remote areas that are looking for reliable backup power.

On-Demand Power

Having an ability to work endlessly depending on a continuous fuel supply, the traditional generators become a reliable source for the power that must operate continuously during blackouts or emergencies.

Direct Connection to Gas Line

Conventional generators are installed with the existing gas line in the house with no extra equipment like solar panels and hence the installation requirements are very simple.

Cons of Generators

Environmental Impact

Tied to the fact that the generators that function regularly cannot be environmentally friendly since they emit dangerous gases while operating and hence contribute to air pollution as well as increase the carbon footprint of the residences that rely on them for emergency power.

Noise Pollution

Generators are often noisy while being operated and they may create problems for neighbourhood residents and near-by neighbours, particularly in residential areas where there is a distance between houses, which are very close to each other.

Maintenance Challenges

The generators are subject to frequent maintenance in order to guarantee their high level of efficiency and a number of tasks, such as re-fuelling, oil changes and components inspection, which are not necessarily easy for home owners who do not have a technical background.

Long-Term Costs

Although traditional generators are relatively cheap to purchase, they will continue to have high costs during their lifetimes as they may require regular maintenance, fuel consumption, and repairs, which in sum can be more expensive than alternative backup power sources.

Solar System VS Generator: Cost Comparison 

The decision between a solar system and a generator will have a direct influence on the cost of powering your home or business during blackouts or when you are off-grid for sure. An average standard solar power system installation for a house is estimated to be anywhere from $15,000 to $25,000, depending on the system size and complexity. Hence, after the initial installation, the running costs of solar systems remain low with less maintenance required.

On the contrary, a typical residential grade standby generator may cost around $5,000 to $15,000, and you still have to pay for installation expenses. Other than that, the generators need fuel to run and that creates more operating expenses. A generator with the capacity of about 10 kilowatts may consume up to $30 to $50 worth of fuel daily when there are long power outages.

Although it may involve a bigger initial investment, the solar system is the most cost-efficient in the long run, in addition to the fact that it has environmental benefits, as well as independence from fuel reliance. Therefore, it is a good choice for those who are interested in reliable power solutions.

Solar System VS Generator: Output 

The most important factor to consider when comparing different power solutions, such as solar systems and generators, is the output they provide. Let's delve into the details:

Solar System Output

The output of a typical residential solar system is measured in kilowatts (kW). It may vary based on efficiency of panels, sunlight hours and shading. The electricity produced by a solar system with a 5-kW capacity can range between 6,000 to 8,000 kWh annually, depending on the location and weather. This will carry the possibility to cover a big share of an average family energy use, as it is specially reasonable during day-time.

Generator Output

Generators are being rated in kilowatt (kW), where the numbers indicate the maximum power output of each unit. For instance, a small 10-kW generator can provide you with up to 10,000 watts of uninterrupted power. Nevertheless, the actual result from the generator's operation may differ due to load and availability of fuel.

Comparing Output

Regarding the production, solar power systems generate unlimited emission-free power during daytime, and any excess energy is stored in batteries for the night. Generators, on the contrary, can supply the needed power at any time, but their efficacy is determined by the availability of the fuel and they need to be refuelled to keep on running over a long time.

Solar Home Battery Backup Recommendations 

BLUETTI AC300 + B300 | Home Battery Backup

The BLUETTI AC300 + B300 Home Battery Backup is a modular power system. The battery is made up to four B300 battery modules per unit, thereby, providing a standard of 12.288Wh, which means you can take care of your family's basic needs for a few days during emergencies. In addition, unlike the traditional methods, this module is capable of 2,400 watts of solar charging input and advanced MPPT control, and it can recharge a B300 module in only 1.5 hours with sunlight. Well-kitted with a 3,000 watt pure sine inverter and adjustable AC charging rates, this versatile device can be used in every situation. The BLUETTI AC300 not only provides you with power during blackouts, but it can as well be your best friend for full-time solar living, leaving you worry-free about having energy for your needs.

BLUETTI AC200MAX + 1*B230 | Home Battery Backup

One of the first modular Bluetti power stations, the AC200MAX Home Battery Backup is perfect for ultimate versatility. A 2048Wh battery and a 2200W Pure Sine Wave Inverter will be your go-to recharging hub in the case of severe power shortages or even off the grid. With two ports, it supports two BLUETTI B230s or B300s and the output capacity reaches 8Kwh! Providing maximum solar input of up to 900W, plus wall outlet charging and the solar panel charging simultaneously, it provides a rapid 1400W total charging rate that tops up in under an hour. In addition to that, of course you can use all the 16 outlets to charge all your devices at the same time without any problems.

BLUETTI AC500 + B300/B300S | Home Battery Backup

The AC500 & B300S home battery backup, brings a revolutionary approach to solar energy implementation. Designed as a modular system, AC500 is able to sustain up to 6×B300S or 4×B300 battery expansions, holding 18.432Wh and 12.288Wh capacities respectively, making it sufficient to freely access off-grid power. In addition, owners of AC300 can now enjoy the AC500 inverter size, 5,000W, as component of their current bundle without buying a new set. With its built-in inverter, this 5,000W pure sine wave output is continuous. It also handles up to 10kW surge power briefly that makes it suitable for various use cases such as camping or backyard barbecue. In times of grid outages AC500 instantly becomes the source of your home’s energy powered by a sophisticated Lithium Iron Phosphate (LiFePO4) battery and Battery Management System (BMS). This provides superior security, reliability, and performance as compared to other battery type alternatives.

Final Thoughts 

While the decision between solar and generator is a critical one, the long term positive impacts and sustainability of solar makes it the more preferred choice. By the use of solar power, which is a renewable energy resource from the sun, the point of independence from fuel is reached and negligible environmental effect is provided. Generators provide the required power instantaneously, however, they are associated with continual costs and greenhouse gases. A good way to go along with the trend of green power is to choose solar. In this way, the cost of energy is kept low, the environment will be protected, and also the dependency on a diminishing resource will be reduced.

Types of Batteries

There are four main batteries for a solar system: lead acid, lithium ion, nickel based, and flow batteries.

• Lead acid batteries

Lead acid batteries are the most popular solar batteries on the market. They have been in use for decades, if not centuries. In fact, the first lead acid batteries were used to store solar energy in the 1800s. 

Lead acid batteries come in two options: sealed lead acid batteries and flooded lead acid batteries. Among the four, lead acid batteries are the cheapest making them ideal for people on a budget. They are also reliable and easy to recycle.

Unfortunately, they require regular maintenance, especially the flooded lead acid batteries. In addition, they have a lower depth of discharge (DoD), meaning you have to be recharged quite often. That said, they are an ideal option for emergency backup storage.

• Lithium ion batteries 

Lithium ion batteries are a new entrant on the market. While new, they have become the go-to solution for most homeowners. Besides, most companies are using lithium ion to produce solar batteries.

They come in two variations, nickel manganese cobalt (NMC) and lithium iron phosphate (LFP) batteries. NMC batteries are used in everyday technology such as laptops, smartphones, and electric cars. LFP batteries are mostly used in solar batteries and other specific applications.

Lithium ion batteries are maintenance-free, making them an ideal option for new solar system owners. They also have a higher energy density and require minimal installation space. Lightweight and portable, they are an excellent option for camping, backpacking, and hiking.

Unfortunately, they are more expensive than lead acid batteries. NMC options don’t have efficient thermal runaway, meaning they can catch fire if installed incorrectly.

• Nickel-based batteries 

Nickel cadmium (Ni-Cd) batteries are less popular compared to lithium ion and lead acid batteries. That said, they are the best option for operating in extreme temperatures. They are also more durable and require no maintenance.

The downside of Ni-Cd batteries is that they are extremely toxic. Some countries have banned the use of cadmium, making them hard to dispose of. Moreover, they are susceptible to memory effect, hence cannot hold a charge for long.

• Flow batteries 

Flow batteries are also a new entrant in the market. They feature a water-based electrolyte that is stored in two separate chambers. Electrolytes flow from one chamber to the other when discharging. 

They are bulkier and larger than other batteries. As you’d guess, they are more expensive and are not viable for residential applications. They are mostly used for commercial applications.

Unlike other batteries, flow units have a 100% depth of discharge (DoD), meaning you can use all energy stored in the battery. Furthermore, they have exceptional thermal runaway so you don’t have to worry about overheating. 

Why Do You Need Batteries for the Solar System？

Well, there are many reasons why you should install batteries for you solar system. Here are some of the most crucial reasons:

• Resilience 

If you want to be resilient against constant power outages, then you need to install solar batteries. A solar system without batteries will prove useless during power outages, especially at night, since there’s no sunlight to draw energy from.

With solar batteries, you can charge them during the day using the solar panels. You can then use the stored energy at night. This allows you to be independent from the unreliable grid. Furthermore, you can charge extra batteries that you can use during emergencies.

• Independence 

Do you want to be independent of your unreliable grid system? If so, consider buying batteries for your solar system. With them, you can take control of electricity costs and reduce your bills significantly. 

Solar batteries when used at night, save you from peak hour rates, reducing your electricity bills significantly.

• Make use of the solar energy 

A standard solar system setup involves installing solar panels and connecting them to the grid. If the solar panels do not produce ample energy, your house will draw from the grid. This means you’ll pay monthly electricity bills as you would without a solar system.

With the batteries, you can store excess power for use during a power outage or on cloudy days. And since you don’t have to sell the excess power to your utility company, you have greater control over how you use your power.

• Reduced carbon footprint 

If you fancy sustainable living, installing solar batteries is a viable option. Solar batteries allow you to use power from sunlight. And converting sun rays into electricity does not emit harmful gases. It doesn’t pollute the environment. Using solar energy can also help you consume fewer resources.

How Many Batteries Do I Need for 3000 Watt Solar?

For a 300 watt solar, you’d need at least 4 to 8 12V batteries. However, the actual number depends on several factors such as battery capacity and daily power consumption. The charge controller is another factor that can affect the number of batteries. As you know, charge controllers allow fast charging of solar batteries. And if this is the case with your system, you might require less than 8 12V batteries. 

Is it Worth to Buy Home Battery Backup for Solar System?

Yes, it is worth buying a home battery backup since it affords you greater energy independence. You don’t have to rely on the grid for your energy needs. You are also protected against prolonged power outages caused by natural calamities or human error.

Buying a home battery backup also helps reduce your electricity bills. Since you’ll be using power from the batteries rather than the grid, you’ll not be paying monthly bills. For instance, combining solar panels with BLUETTI home battery backup units can help you bring down your bills significantly.

Home battery storage systems are maintenance free. This is unlike conventional backup generators that require regular maintenance like lubrication. Moreover, you don’t need to hire a technician to inspect your battery storage system.

By buying battery storage systems, you benefit from federal and state tax credits and rebates. And some of BLUETTI home battery backup solutions allow you to qualify for Federal Tax Credit. 

And BLUETTI is at the forefront of sustainability by utilizing LiFePO4 batteries, a cutting-edge and eco-friendly energy storage solution. These lithium iron phosphate batteries not only provide reliable and long-lasting power for BLUETTI's products but also contribute to environmental conservation. LiFePO4 technology ensures a cleaner and greener energy source, aligning with BLUETTI's commitment to environmental protection.

Here are a few battery storage systems you can buy today from BLUETTI:

BLUETTI AC500 + B300S | Home Battery Backup

If you want to qualify for the 30% Federal Tax Credit, consider buying the AC500. The unit has a 5,000W rated power and 10,000W surge wattage. With such high surge wattage, it can jump start most, if not all large home appliances. The 5,000W rated power means running the large appliances will be seamless.

While it has an initial capacity of 3,072Wh, you can expand it to 18,432Wh. This gives you more flexibility, adding or reducing capacity based on your energy needs. Like most BLUETTI home battery backup systems, it comes with an app for remote control and monitoring. You get 16 different outlets and 6 ways to recharge the unit.

BLUETTI EP500Pro Solar Power Station | 3,000W 5,120Wh

Another viable option is the EP500Pro. While you will not qualify for Federal Tax Credit, you will enjoy uninterrupted power supply during a power outage. Coming with a 5,120Wh capacity, you can rest assured you’ll have enough energy to power most of your devices. And since it comes with rubberized wheels, moving it from room to room is easy.

The unit also comes with a smart touchscreen for easier settings adjustment. You can do the same using an app for iOS and Android devices. With the EP500Pro, you can store enough energy to last you days during camping trips. 

BLUETTI EP900 + B500 Home Battery Backup

Buying the BLUETTI EP900 will automatically qualify you for the 30% Federal Tax Credit. This unit has a 9,920Wh capacity, expandable up to 19,840Wh, enough energy for small to large appliances. It is in fact a viable option if you live in areas prone to prolonged power outages.

The unit is IP65 rated, meaning you can install it outdoors since it can withstand rain and snow. The quiet power station is also ideal for indoor installation. And if you have an existing solar system, it will integrate with it seamlessly.

Tips for Choosing the Best Batteries for Your House

Now that you know types of solar batteries, let’s see how you can choose the best for your power needs. Aspects to consider include:

• Power rating

A battery’s power rating is measured in kilowatts (kW). It indicates the power it can output at once. This rating depicts how many appliances it can run simultaneously. You should consider the starting and continuous power rating.

The starting power rating is the energy needed to jump start large appliances such as refrigerators. Continuous power is the normal running wattage. If you need to power large appliances, consider buying one with a high starting and continuous power rating.

• Battery’s capacity

Besides the power rating, you should also consider the battery capacity. This is the amount of energy a battery can store. As you’d guess, the larger the capacity, the more the energy it can store and vice versa. 

You need to consider the total and usable capacity before buying a solar battery. A battery with a 10kWh rating is ideal for most American homes. 

• Lifespan

You don’t want to buy a battery that will last for five years. Instead, you want one that will last for at least a decade. When determining the lifespan of the battery, you should consider the following elements:

• Charging cycles
• Estimated operating years
• Throughput 

Most BLUETTI batteries have a 10-year lifespan and over 2500 charging cycles. 

Final Thoughts

You’ll need at least 4 12V 100Ah batteries for a 3000 watt solar system. Some factors that will influence the actual number include the charge controller, power consumption, and battery capacity. When choosing batteries for your home, consider the lifespan, power rating, and battery capacity.

Best Portable Power Stations for 2024

BLUETTI EB3A Portable Power Station | 600W 268Wh

First on the list is this model with a 268Wh capacity ideal for recharging small devices such as laptops and smartphones. This makes it an ideal option for camping and other outdoor related activities. The EB3A has a 1,200W surge power rating, meaning it can run a mini fridge.

With it, you can recharge your laptop at least three times or recharge your drone at least four times. Thanks to the provided nine outlets, you can charge multiple devices simultaneously. And unlike conventional power stations, this model comes with wireless charging capabilities.

For peace of mind, it is equipped with the Battery Management System(BMS), which ensures safe recharging and discharging. You can use the power station for up to 10 years as it is a lithium iron phosphate battery. Whether you want to recharge it using solar panels, a wall socket, or your car’s cigarette lighter, this model got you sorted.

BLUETTI EB70S Portable Power Station | 800W 716Wh

This is yet another workhorse for small power needs. It has a 716Wh capacity and an 800W rated power for running small to medium appliances like a coffee maker or blender. Thanks to the LiFePO4 battery chemistry, you get over 2500 charging cycles. This means you can use it for a decade and still get up to 80% performance.

Like other BLUETTI portable power stations, it comes with numerous outlets such as USB-A, 120V AC, and 12V/10A DC. This allows you to recharge just about any device. Furthermore the wireless charging pad allows you to recharge your iPhone and other similar devices. You don’t have to wait for eight hours to fully charge it. Thanks to the 200W maximum output, you can recharge it within 4 to 4.5 hours.

This model is lightweight, portable, and comes in a compact design. This allows you to transport it to outdoor venues or camping sites with ease. The compact design enables it to fit in tight spaces. If you are looking for a portable yet efficient portable power station, consider buying this model.

BLUETTI AC180 Solar Portable Power Station | 1,800W 1,152Wh

The BLUETTI AC180 is a must-have power station in your arsenal as it comes with a 1800W power output rating to run most of your appliances. Charging it is a bliss since you can use different power sources. It allows you to recharge using solar panels, wall outlets, and lead-acid batteries, among other sources. And since it has fast charging capability, the 1440W fast charging features allows it to reach 80% within 45 minutes.

Like other BLUETTI power stations, it comes with an app for remote control and monitoring at the comfort of your seat. Equipped with lithium iron phosphate batteries, it can serve you for 10 years. The compact and lightweight design makes it easy to carry it around your campsite. 

With it, you can run high-powered devices thanks to the Power LIfting Mode that offers 2700W output power. You can therefore run electric ovens, refrigerators, and electric kettles with ease.

BLUETTI AC200L Portable Power Station | 2,400W 2,048Wh

If you are looking for a workhorse to power your devices while off grid, consider buying this model. Coming with a 3,600W Power Lifting Mode, you can power several high-powered appliances like heating systems and electric kettles. What’s more? The 2,048Wh capacity is adequate to power large appliances such as refrigerators.

Its capacity can be expanded to 4096Wh when connected to a B230 battery. This ensures you have adequate power to run your devices for hours. As you’d expect, it is compatible with fast charging, going from 0 to 80% within 45 minutes. However, this is possible with a 2400W AC input.

You don’t have to rely on solar power to recharge it as there are six ways to go about it. You can choose between AC, lead battery, AC and solar or your car. This versatility makes it ideal for different settings: indoor or outdoor. You also get an app for seamless monitoring and control. 

BLUETTI AC200P Portable Power Station | 2,000W 2,000Wh

Finally, the BLUETTI AC200P provides just enough power to run power-hungry appliances for extended periods. Whether you want to power your refrigerator, electric grill, or air conditioner, this model will do the trick. The 2000Wh capacity makes it a reliable backup power option in case of prolonged power outages.

The 4800W surge capacity makes jump-starting your refrigerator or air conditioner seamless without causing damage to the power station. And as a LiFePO4 battery, you get over 3500 charge cycles while enjoying up to 80% efficiency. With 17 outputs, you can rest assured you can plug in just about any household appliance. 

There are seven ways to recharge the power station. They range from using AC, solar panels, generators to lead batteries. In short, the power station cannot drain completely regardless of your remoteness. Like other power stations, it is quiet, eco-friendly, and easy to install and use.

How to Choose the Best Portable Power Station for Yourself?

Here are some of the aspects you need to consider when choosing a portable power station:

• Capacity 

Capacity is one the major aspects you need to consider when choosing a portable power station. It is the amount of energy a power station can store. Battery capacity is often measured in kWh (kilowatt-hour) or Wh (Watt hour). 

The bigger the battery capacity the more power output it has. Ideally, you’d want to buy one with a higher capacity.

For example, the BLUETTI AC200P has a higher capacity than the BLUETTI EB3A. It means the former can power more devices than the latter.

• Power Output

Another aspect to consider is the power output. Generally, larger portable power stations have a higher power output than smaller options. It is the rate at which the power station can supply power and is measured in kW (kilowatts) or W (watts).

• Battery Chemistry

You should also consider the battery technology the portable power station uses. Most models have lithium-ion batteries as they are lighter and more efficient. That said, you can also find power stations with lead acid batteries. Such stations are often bulkier and may require constant maintenance.

BLUETTI power stations come with lithium iron Phosphate batteries that are more efficient, lighter, and have fast charging capabilities. They are also safer than lead acid and conventional lithium-ion batteries.

• Rated and Surge Wattage

Rated and surge wattage ratings are also important when choosing a portable power station. The rated wattage is the normal power output the portable generator provides while the surge wattage is the power needed to jump start large appliances.

If the generator will be running power-hungry appliances, you’ll need one with surge and rated wattage rating. Otherwise, a power station without a surge wattage will serve you well.

• Expansion Batteries

Expansion batteries are extra batteries that can be connected to the power station to increase its overall capacity. 

Most BLUETTI power stations’ capacity can be expanded by connecting extra batteries. By doing so, you increase the amount of sorted electricity, allowing you to power many devices simultaneously for extended periods.

• Extra Features 

You can also consider additional features that improve usability and convenience. For example, you can look out for app control, inverter upgrades, LED lights, LCD display, and multiple input and output ports.

Related articles: Is It Worth It to Buy a Portable Power Station?

How Do I Know What Size Portable Power Station I Need?

5 Best Small Portable Power Stations for Winter Camping

How Long Can You Run a Portable Power Station?

The amount of hours a portable power station can run depends on several factors such as power consumption, station’s capacity, and the devices being powered. Portable power stations come in different capacities, which is measured in Wh (watt-hours).

To estimate how long a power station can run, divide its capacity by the power consumption of the devices. For example, large portable power stations can power large appliances for at least three hours but power smaller devices for over five hours.

How Many Years Do Portable Power Stations Last?

The lifespan of a portable power station depends on the battery technology. Generally, they can last between 5 and 15 years. However, this depends on the conditions under which it operates. BLUETTI lithium iron phosphate power stations can last for up to 10 years.

Final Thoughts

Well, the best portable power station you can buy is that which meets your power needs. If you want to charge your devices like laptops, a low-capacity station can be your best bet. On the other hand, if you want to power your entire house, you’ll need a high-capacity station. 

With various options available, the choice of the best portable power station could be overwhelming. This article aims to be a comprehensive guide for understanding and selecting the best portable power station in 2024.

Best Portable Power Station to Buy in 2024

As we step into 2024, there is a visible shift in portable power station technology. Whether it's about their advanced features, more reliable battery options, or elegant look, there are scores of options available on the market. So, what is the best portable power station to buy in 2024?

We have enlisted the top 5 portable power stations from BLUETTI. They are efficient, reliable, and highly compatible. Review them and select what aligns best with your portable power station goals. 

BLUETTI EB3A Portable Power Station

Keep your electronic devices charged always with BLUETTI EB3A. The unit comes with 600W power and a surge capacity of up to 1200W, ensuring that it can support almost all your rechargeable gadgets. With its 268Wh output capacity and LiFePO4 battery that goes 2500 plus life cycles, it is the most sustainable solution to your power needs when off the grid. 

But that’s not all. BLUETTI is the name of innovation, so this portable power system has smart app control and 9 outlets to charge multiple devices simultaneously. 

Talking about its recharging method, it offers 6 easy ways to recharge, including AC, Solar, Car, Generator, AC+Solar, and Adapter. 

Furthermore, what sets this product apart is its price match guarantee. This means you will get a refund of any extra price if you find any product cheaper than this within 30 days of purchase. 

BLUETTI PS72 Portable Power Station

From your mobiles to laptops and mini-refrigerators, BLUETTI PS72 has got you all covered for your off-grid power needs. With its 700W power capacity, 1400W surge, and 716Wh output, it has something for everyone. 

It can be easily recharged through 4 easy streams that include AC, solar, car, and generator. With its 12 charging outlets, it is designed specifically to support all your gadgets and appliances. 

The power station also comes with a price match guarantee. Lastly, it is integrated with LiFePO4 batter with 2500 plus life cycles, ensuring a long shelf life and your promise towards a green future.

BLUETTI AC180/P Solar Portable Power Station

If you are a person who is always in a rush and needs a portable power station that recharges instantly, here is BLUETTI AC180/AC180P for you. With its amazing recharge time of 45 minutes from 0-80%, this unit has everything you wish for.

Its two variants, AC180 and AC180P, have output capacities of 1152Wh and 1440Wh respectively. Both variants come with 11 output ports and 4 flexible recharging means. 

Its control through a smart app makes its use convenient and smooth. Talking about its compact size, it is perfect for both indoor and outdoor use. It weighs only 17 kg and has dimensions that measure 340 mm x 247 mm x 317 mm (L x W x H). 

Despite its high compatibility with small devices like mobile phones and laptops, this portable power station flawlessly runs other daily use appliances like ovens, small refrigerators, coffee makers, and portable AC. 

Indeed, the unit is a way to go for everyone who is planning their next trip off the grid and wants all everyday use appliances running. 

BLUETTI AC200P Portable Power Station

Next on our list is BLUETTI AC200P, a system that is powerful enough to run 5000BTU AC for around 4 hours, an electric grill for 1.5 hours, and your car fridge for almost 20 hours. 

With a power rating of 2000W and surge capacity of 4800W, BLUETTI AC200P features a LiFePO4 battery with 3500 plus life cycles. In simple words, with each charge cycle every day, the power station has a shelf life of 10 years. 

It’s not a giant only because of its capacity but also because of its 17 output ports. Additionally, its fast charging through 7 convenient means makes it a perfect choice whether you are off the grid, suffering through a blackout at home, or planning your next trip to the mountains.

BLUETTI AC200L Portable Power Station

Whether it's power, output capacity, charging speed, price match guarantee, or compatibility, BLUETTI AC200L is setting a benchmark amongst its competitors. 

The power station offers an in-house power capacity of 2048Wh, which is expandable up to 8192Wh with additional batteries. What’s astonishing about this power output is the charging time, which is 45 minutes from 0-80%.

Furthermore, talking about innovation, like most BLUETTI power stations, it can be managed through smart app. In addition, it also supports Bluetooth and Wifi monitoring, making it truly exceptional.

For users who have safety and reliability concerns, AC200L has a LiFePO4 battery and is integrated with a Battery Management system that makes it trustworthy anywhere, anytime.

AC200L’s other specifications include 6 different recharging streams, including a solar input of 1200W. Indeed, this is a unit that offers unparalleled power, convenience, safety, and reliability.

What is a Portable Power Station?

Portable power stations are small facilities that can store energy and are composed of rechargeable batteries. This energy can help you as an emergency backup to recharge your devices when conventional power grids are not accessible.

These stations are specifically designed for easy transportation and have a compact size, which makes them ideal for use during camping trips, outdoor activities, and blackouts. 

Portable power stations come with multiple outlets like DC outlets, AC outlets, and USB ports. This makes them compatible with almost all the devices like fans, smartphones, small appliances, and laptops. 

Talking about their charging, depending on their type and model, they can be recharged through solar panels, conventional grid power, or car batteries. 

What Can Portable Power Stations Do?

Portable power stations are crucial when you go off the grid. They keep your devices charged to connect you with your loved ones and help you keep your business running. As a trustworthy and handy machine, the bar of their popularity is continuously increasing.

Portable power stations are integrated with multiple outlets. This means they can support the power supply of almost all appliances depending on their battery size. 

However, while reviewing their practical applications, one critical aspect is the surge power of the appliance you want to run with these power stations. Surge power is the power required when a device is switched on. This is usually higher than the normal current required to run that device. 

Portable power stations are compatible with recharging small appliances like mobile phones, fans, and laptops. But when it comes to heavy-duty electronics like AC, checking the surge power is crucial.  In case your portable power stations do not have the capacity, additional watts can be added. 

Related articles: How Do I Know What Size Portable Power Station I Need?

Is a Portable Power Station Better Than a Generator?

What Is the Difference Between a Power Bank and a Portable Power Station?

How Many Years Do Portable Power Stations Last?

One thing that is common in all humans is their wish for a lifelong battery life on their mobile phones, laptops, or any battery-connected device. But despite many technological advancements, this is yet to be possible, and every battery-connected device needs recharging and has charge cycles. 

The charge cycle is fundamental when discussing the life span of a battery. In simple words, a charge cycle is the process when a battery is fully charged and then completely discharged. The more charge cycles the battery has, the longer its life span will be. 

These charge cycles are directly proportional to the lifespan of a battery. And the lifespan of a portable power station, being a battery-connected gadget, is not an exception. Portable power stations with small batteries have fewer charge cycles as compared to those with big batteries and 3000-plus charge cycles.

Casually speaking, portable power stations that are used once or twice a week will last for 1-2 years as compared to those that are used occasionally, like a single time a month could last for many years.

Another factor that determines how long your power station will last is how it is maintained. If it is prevented from humidity and kept in a clean and dry place without any dust or impurities escaping into it, this can effectively boost the overall health and shelf life of your station. 

How Long Can You Run a Portable Power Station?

The answer to this question is dependent on various factors, including the capacity, output ratings of portable power stations, and how many devices you want to run. 

The capacity of a portable power station is measured in Watt-hours Wh. To calculate the run time of your station, divide the total power of your portable unit with the devices you want to run. 

For example, consider a BLUETTI portable power station with a power of 1000Wh. And you want to supply a TV with a power rating of 200 watts. After simple arithmetic, that is, dividing 1500 by 100, you will get a run time of around 5 hours. 

However, one important thing to mention here is the power losses during conversations. It is recommended to consider 85% of the total power output of your station while calculating the run time, as around 15% of power losses occur during operations. 

Additionally, to further better understand, reviewing the real-life comments of users who have tested these products could offer valuable insights. In case you want to boost the run time, additional battery packs may be added to serve the purpose.

Final Thoughts

The popularity of portable power stations is getting nowhere. There are various options available in the market that serve the purpose. While every brand claims to be the best, it's confusing to opt for a product that actually delivers up to the mark. 

BLUETTI stands out when it comes to portable power stations with its innovation, outstanding tech, sleek designs, and extended product life span. Thus, it is strongly recommended. Further, ensure the quality of the product by reviewing the feedback of previous customers, which will surely stamp your confidence in BLUETTI products. 

Therefore, the first question you will ask yourself about portable power stations is: What size do I need to fulfill my power requirements? Then, from here, follow your decision-making process. Read on to find out your perfect fit and buy it. 

Why Do You Need a Portable Power Station?

Emergency Backup

Natural disasters like storms, torrential rains, and floods may lead to extensive long-term power interruptions. Getting a portable power station for such situations guarantees that you will have power.

Outdoor Adventures

A portable power station is necessary if you are into outdoor recreational activities. It ensures that your gadgets are juiced up, your campsite is illuminated, and your appliances are running.

Alternative Home Power

The best choice for home backup power is a portable power station. Thus, you can use the internet and your appliances even in an adverse power interruption.

Factors To Consider When Selecting A Portable Power Station

Power Capacity

When choosing a portable power station, capacity is one of the significant considerations. Power capacity is measured in watt hours (Wh), which shows how much power the power station's battery can hold. Start by signing up gadgets and appliances that need to be charged or powered. Add up their demands in wattage and buy a power station energy big enough to handle the entire load.

Power Delivery

So, in effect, this means that the power station has enough voltage and amperage to supply your appliances. The power consumption of each device varies. For this reason, you should know how much power your devices consume so they won't become dead stations.

Solar Charging

Power stations running on solar energy ensure a solid electricity supply for outdoor activities or during power outages. Solar energy is a clean, abundant, and environmentally friendly power source that will allow you to lower your CO2 emissions. The solar generators are, obviously, far smaller than the old kinds. Power output can be set to drive small electronics or run large appliances.

Portability

If you utilize the power station for outdoor activities, portability is critical. The ease of transport, lightweight, and compact designs with detachable handles should be remembered. On the other hand, if you need a power station for your house, then portability is optional.

Type Of Battery

Lithium-ion and lead-acid batteries are two prime options of the several batteries that can power the power storage devices found in portable power stations. Given the affordable price of battery cells, high energy density, and compact construction, lithium-ion batteries are the favored option. Meanwhile, lead-acid batteries have a lower energy density and are more extensive. They are still in use in a few mobile power plants.

How Do I Know What Size Portable Power Station I Need?

Calculating the right size of the power station will involve a bit of math. Assess the power requirements of your devices first. To get watts, multiply the amps listed on the device by the voltage. Determine how long you plan on using the equipment. Multiply the device's wattage by the number of hours to obtain the watt-hours. To compensate for energy inefficiencies, divide the total watt-hours by 0.85. This reflects the minimal amount of power your power plant can produce.Ensure that the particular power station is capable of handling varying power demands.

Related articles: Is a Portable Power Station Better Than a Generator?

How Do I Choose a Portable Power Station for Camping?

What Is the Difference Between a Power Bank and a Portable Power Station?

Tips for Choosing a Portable Power Station

Determine The Total Power You Need

Each device has a tag marked with the wattage on its back or underneath. If you cannot find the proper wattage, use an internet calculator for a rough estimate. Add up the total wattage of all these appliances so that it doesn't exceed what your power station is capable of. This will be the total number of watts needed.

Consider The Portable Power Station Capacity 

After calculating the the watts that your devices require, you can determine the power station's capacity. If all you need is some phones charged up or want to light most lamps with LED bulbs for 3-4 hours max, then one small power station of not more than 150 Wh will be suitable. Plus, If you need to run heavier appliances, power stations ranging from 4000-5000Wh would fulfill your requirements. However, the ideal spot is 500-2000Wh where you get enough power from portable power station.

Check The Output Power Of The Portable Power Station 

Its output power represents the most power a portable generator can produce. Make sure that the output power exceeds any of those used devices. But remember that such power stations require a jolt of power to get them started.

Consider Portability and Other Features

Among the power stations, some are lightweight and portable. Some power stations have solar panel capability, USB connectors, and AC ports. Therefore, choosing an easy-to-carry power station is recommended if you like to travel and go camping. A multiport power station is the best way to charge several devices simultaneously.

Compare Power Station Options On The Market

The market is crowded, and you have to weigh up options. Knowing what's available can make you more likely to find a good fit. Some brand names like BLUETTI are known for producing excellent portable power stations. Checking these out would save you a lot of time and effort in making your choice.

Always pay attention to user reviews, the manufacturer's warranty and customer support, the cost of alternatives, and the convenience of obtaining replacement components without any inconvenience. 

3 Top Rated Portable Power Station in 2024

BLUETTI AC180P

BLUETTI AC180P is a powerful, portable power station for indoor/outdoor use. It is best suited for different needs due to its quick charging. This product gives out over 1800W continuous load and 2700 W Power Lifting mode for high-powered ones. This features DC, USB-A, USB-C, and 12V outlets, as well as a wireless charging pad. It is small and portable; thus, ideal for outdoor adventures and only takes three hours to charge using solar power, thus helping you save cash. It also has an additional feature of a remote control via the BLUETTI app.

BLUETTI AC200L

BLUETTI AC200L, the supercharged power hero! This is a superhero to your electricity requirements. It charges your machines silently and quickly with the use of super-fast charge.Forget about blackouts because it has a 20ms uninterrupted power supply (UPS).

Its additional expansion battery makes the AC200L like having an extra powerful muscle. It is similar to a shield that protects you from unwarranted failures, enabling you to work with your items for an extended period. Safety first! The best part is it's got this super advanced battery and awesome BMS to ensure nothing fails. The AC200L loves the sun! It draws as much as 1,200W of sunlight.

BLUETTI AC200P

BLUETTI AC200P boasts an insane, monster-size capacity of 2000Wh! In addition, this camper is designed with a special Lithium Iron Phosphate (LiFePO4) high-performance battery that provides up to 10 years of service before being replaced.

Smart BMS in AC200P ensures constant check-up of your device and maintains its safety. It's a superpower for your gadgets that can keep them away from any threat. And guess what? The power does not stop here. We have a USB-A/USB-C with a cigarette lighter port and a 12V/3A DC port. But wait, there's more! The 12/25RV ports and 15W wireless charger give you many options as you charge up your items during camping.

How Long Can A Power Station Power My Device?

Portable power station runtime depends on its power capacity, the amount of power in demand by the devices, and the consumption level of these powered devices. Mobile power stations come in various capacities expressed in Watt hours (Wh) or Ampere hours (Ah). To determine the duration of the electricity supply, divide the power capacity of the power station by the power demand of appliances. A case in point is a 200W portable power station with a capacity of 500Wh, which will support the power requirements of devices consuming 200W for approximately 2.5 hours. Nevertheless, the runtime will depend on other components, such as power failure during the conversion process and the power station efficiency.

Final Thoughts

Having a portable power station at home and for your camping kit is a blessing. These power units come in different sizes, but you should understand their relationship with the amount of load they shall power. As for domestic applications, you should remember that power stations cannot run homes for an entire week. They make one of the best portable solutions for short-term power needs, particularly while road-tripping or camping. So, in accordance with the intended use, use your portable power station. 

Types of Batteries for Home Backup

There are four types of batteries for backup. They include LiFePO4, lead-acid, lithium-ion, flow batteries, and saltwater batteries. 

LiFePO4

Lithium Iron Phosphate batteries are touted as one of the most efficient types of batteries in the market. They use LiFePO4 as their cathode material which offers more advantages than conventional lithium batteries.

For one, they have a high energy density, meaning they can store more energy in a compact package. A perfect example is BLUETTI batteries. They are compact yet high-density units. 

Secondly, they have a long cycle life, which means you can recharge many times without degrading them. Their fast charging and safety features make them a favorite for most homeowners. 

Lead-acid Batteries 

Lead acid batteries are rechargeable batteries that use sulphuric acid and lead to function. The lead is submerged in the sulphuric for a chemical reaction to take place. It is this reaction that produces electricity. 

Charging the lead acid battery reverses the electrochemical reaction. That is, it converts electrical energy from the charger into chemical energy. Contrary to popular belief, the lead acid battery does not store electricity; it stores the chemical energy that produces electricity.

Lead acid batteries are the most popular and are a favorite for many thanks to their durability and reliability. 

Lithium-ion Batteries 

Another popular battery type is the lithium-ion option. They are used in most electronic devices powering cell phones, laptops, and EV vehicles. It consists of two current collectors, separator, anode, cathode, and electrolyte. The electrolyte facilitates the flow of positively charged ions, while the cathode and anode store the lithium.

Perhaps the chief benefit of lithium-ion batteries is their longer lifespan. They can run for over 10 years with proper handling. They are also lighter than lead acid options. Besides, they have a higher energy density, meaning they can handle high energy demands.

Nickel Cadmium 

This battery type used nickel oxide hydroxide and metallic cadmium electrodes. Potassium hydroxide is used as the electrolyte. The benefits of using nickel cadmium batteries are their long cycle life, high discharge rate, and temperature resilience.

That said, they contain toxic chemicals such as nickel that are harmful to your health. They also require high maintenance for them to perform efficiently.

Flow Batteries

Flow batteries are a new entrant in the market. Thanks to the high adoption of renewable energy, there’s been a growing need for batteries that can store excess energy. And flow batteries have proven to be the most reliable. 

The electrochemical device can store hundreds of megawatts-hours of energy, powering your home for days on a single charge. Unlike lead-acid and lithium-ion batteries, the electrochemical reactions occur separately from where the energy is stored. As such, if you want to increase the energy output, you only need to increase the reactor tank’s capacity.

Factors That Determine Battery System Size

The battery size depends on the load capacity and storage capacity. Load capacity is the amount of power a battery can output. Measured in kilowatts, it indicates the continuous and surge capacity. Continuous capacity is the amount of power a battery outputs to meet normal energy demands. Surge capacity is the power needed in moments of heightened demand, such as when a refrigerator starts.

Storage capacity is the total energy a battery can hold. It is measured in kilowatt-hours (kWh), which is the amount of energy you use. Most batteries for backup have a 13kWh rating.

So, to determine the ideal battery size, consider the following factors:

Energy needs

Homeowners install battery systems for different needs. You can calculate your energy demand by listing all the appliances the battery will be running, making sure to include the surge capacity of all the large appliances.

Electric load

To understand your electric load, you need to determine how much energy you use. An average American home uses at least 886 kWh per month. However, the estimation varies depending on the size of the family and location. Knowing how much energy you use will help you gauge the ideal battery system size.

Solar system output

If you use a solar system with your batteries, you’ll need to consider the solar’s output. Will the output be enough to charge the batteries fully? We recommend buying solar panels that will produce more than the energy you need.

How Big of a Battery Backup Do I Need for My House?

The battery size required for your house will depend on your energy needs. But the following two factors can help you make the right choice.

How Much Power Do You Need？

The power needed is the electrical load, which is the power needed to power the appliances in your house. A simple way to know the electric load is to consult your monthly utility bill.

You need to determine the appliances you’ll be running when there’s a power outage and the solar panels are not producing energy. This way, you can save on electric bills. Often, you’d want to run critical appliances when there’s a power outage. Keep this in mind when choosing the size of battery backup.

If however, your goal is to go off the grid completely, you need to calculate the electric load of your entire house. This will help you buy the precise size of battery backup as well as solar panels. 

You can calculate electric load by adding all your appliance’s wattage. The rating is often imprinted on the back of electric devices. Thankfully, there are many energy use calculators that can help you estimate your house’s electrical load. 

How Much Power Your Battery Supplies？

The other aspect affecting the size of the battery is the power it supplies. Batteries with a smaller power capacity tend to come in a compact design. On the other side, high capacity batteries come in a bulky design. So, if you want a battery that can power a large house, you should opt for a larger option and vice versa.

Related articles: How To Pick The Right Battery Backup For Your Home?

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Tips for Choosing Home Battery Backup

Types of Battery

Batteries come in different chemicals and compositions. And each has its individual efficiency. While lead-acid batteries have been the most popular among homeowners, lithium-ion options are becoming a preferred option. 

The Nickel Manganese Cobalt battery is the most famous and more efficient while the Lithium Iron Phosphate battery has a longer life span and is safer to use.

Battery Capacity

Battery capacity is the amount of energy the battery can store. Batteries have total and usable capacities. The storage capacity is how long it can run your appliances. Installing a battery of at least 10kWh is sufficient to power your entire house. 

Integration with Solar Panel

Integrating your home battery backup with solar panels can improve its performance significantly. It allows you to draw power during power outages. Besides, it allows you to install a larger and more efficient backup system.

Smart Energy Management Systems

A Smart Energy Management (SEM) System allows you to monitor and control the backup system. Having one with an SEM system can enable you to monitor how much energy you consume per day, identify the appliances that consume most power, and adopt strategies to reduce power consumption.

Cost

Arguably, cost should be the chief determinant of the system you install in your house. They don’t come cheap. As such, you should aim to buy and install one that is within your budget. Luckily, most states provide tax credits and incentives, lowering the installation cost.

Maintenance and Longevity

You want to buy a home battery backup that will serve you for decades. And premium options do offer this convenience such as BLUETTI backup systems. The system should also be easy and cheap to maintain. Avoid systems that require technician input. 

BLUETTI 3 Battery Backup for Your House

BLUETTI AC500 + B300S | Home Battery Backup

If you want a battery backup to power small appliances in your home, consider buying this model. With a 5,000W rated power and 10,000W surge power, it is ideal for basically any small to medium appliance. Whether you want to power your router or coffee machine, this home battery backup got you sorted.

Perhaps a major advantage is that you can expand it to 18,432Wh, powering your entire home for days during power outages. And since it is quiet, compact, and lightweight, you can place it in a tight space or even along the corridors.  

The model has 16 outlets and 6 ways to recharge it. This is a cost-effective option for people on a budget. As a LiFePO4 battery, 

BLUETTI EP500 Solar Power Station | 2,000W 5,100Wh

Looking for a more robust battery backup system? Why not get yourself this LiFePO4 workhorse with a 5100Wh rating? Just the right capacity to power crucial appliances. Whether you are on a camping trip, hosting a party, or experiencing a power outage, this power station got you covered.

Like most BLUETTI battery backup options, it has 15 outlets ranging from lighter port, USB-A, to 110V AC. So, if you want to connect your laptop, refrigerator, or coffee maker, you can never go wrong with this option. The rubberized wheels make it easy to transport it around your home.

BLUETTI EP900 + B500 Home Battery Backup

If your energy needs are aplenty, you’ll need a very robust home battery backup system. And this is what this model affords you. With a 9,920Wh capacity, expandable to 19,849Wh, you have the right unit for basically all energy needs. Unlike other power stations, this model allows you to connect 120V and 240V devices.

The IP65 water resistance rating makes it compatible with outdoor installation. And you’ll love the fact that it is compatible with existing and new solar systems. If your state has net metering, then the power station will allow you to sell excess electricity to the grid.

Final thoughts

Consider your electric load, energy needs, and solar system inclusion when choosing the size of a battery backup. The system should store enough energy to meet your demands. In fact, it should provide slightly higher than the maximum power needed. Consider buying one from BLUETTI.

Power outages, or blackouts are no joke. They come and go without warning and can be caused by many different factors, which include hurricanes, wildfires, high winds & lightning storms.

Natural disasters are occurring more frequently in 2022 thanks to Climate Change.

With that being said, its not all doom and gloom. With the right knowledge, we can prepare.

The purpose of this article is to provide you with actionable tips you can implement to help ease the shock and effect of a blackout caused by a natural disaster.

We hope you find this article interesting and more importantly, useful. 

1. Prepare a grab and go kit.

Grab and go kits, also known as a bug out bags, are one of the most popular items you’ll find on all survival sites.

Marketing aside, these bags are handy, and efficient. They should be light but contain all the essentials such as:

• Duct Tape (25’)
• 55 Gal. Contractor Garbage Bag (Qty 2)
• Resealable Bags (Qty 5, Various Sizes)
• Sunglasses
• N95 Face Mask
• Sewing Kit
• Survival Axe
• Fishing Kit
• Medical aid kit (important)
• Military Surplus Survival / Snare Wire

Based on the contents of this bag I am sure you can see why they are quite popular. The idea is that you want these bags prepared so that should anything happen you can simply pick one up and move to a safer location. 

2. Stock up on supplies

Should disaster strike and you be required to stay indoors for an extended period of time, you best be having the right supplies on hand. 

What people stock up on is very much relative. As I am sure many of you reading this remember the toilet paper frenzy when Covid-19 hit?

In general, the supplies you stock up on should be essential items for survival. Think food, water and security.

Some items you may want to consider stocking up on, are the following:

• Ready-to-eat canned meats, fruits, vegetables and a can opener
• Protein or fruit bars
• Dry cereal or granola
• Peanut butter
• Dried fruit
• Canned juices
• Non-perishable pasteurised milk
• High-energy foods
• Food for infants
• Comfort/stress foods

(Please note, the above list was prepared by ready.gov

3. Stay hydrated

Perhaps one of the most important tips on this list, staying hydrated. As I am sure the majority of you already know, most of us can only last 3 days without water. Making the majority of the things on this list futile should you not give this tip the attention it requires. 

It’s important to note that the amount of time one survives without water is extremely variable and depends on many factors coming together. 

But just to give you some perspective. Randall Packer, a biologist at George Washington University in Washington, D.C says "an adult can lose between 1 and 1.5 liters [2.1 to 3.2 pints] of sweat an hour”. Meaning you will need to replace all this displaced water somehow.

4. Consider backup power

If you’ve experienced a blackout before (very likely, as you are reading this article) you know how frustrating it can be to be without power. 

Either you are hit while you are sleeping, and all goes unnoticed. Or, you are hit during peak hours where you need electricity the most. Think between, 12 - 1 pm, or morning rush hour. 

Blackouts can be very disruptive to every day life, especially if they occur frequently. For example, in South Africa, homeowners experience what is known as loadshedding. Scheduled blackouts which can occur up to 4 hours (or more) per day. 

In these types of scenarios, having backup power can be extremely helpful. 

The modular AC300 when paired with its battery packs, is capable of powering your entire home. And the best part? Its completely silent (unlike traditional gas generators).

5. Prepare an evacuation plan

An evacuation plan is paramount to survival should disaster strike. Going over various scenarios and coming up with a reliable evacuation plan is a really smart idea. You can even team up with your neighbours and coordinate a community wide plan should disaster strike.

6. Know where the nearest cooling center is located.

Prolonged exposure to high temperatures above those of the seasonal average, can endanger human health in many ways. 

According to a study published on Research Gate: "Long term temperature increases, extreme heat events, heat-related drought, high nighttime temperatures, and urban heat islands all impact health. Health effects include heat cramps, heat exhaustion, heat stroke, and death."

Fortunately for us,  knowing where your nearest cooling station is can help prevent a lot of these issues mentioned above. 

7. Stay indoors as much as possible in the heat of the day.

If you know the temperatures are expected to be well above the norm, try aim to stay indoors, especially during midday. 

The goal here is to stay out of direct sunlight. If you have a home with a basement, make frequent trips here throughout the day to cool off.

Remember, warm air is less dense than cold air, which means it will always rise to the highest part of your home. This is why basements are always so cool.

Final Thoughts

Preparedness and some foresight can mean the difference between life or death (in extreme situations).

After reading this article you are one step closer to being more prepared should you experience an extreme weather event in the form of a summer heat wave. 

We recommend reading some more of our articles on related subjects, or also some self help books that focus on general preparedness. 

This may come as a surprise to you, but California camping reservations account for nearly 19% of the total camping reservations on U.S. public lands.

And in the last decade alone, over 6 million households have taken up camping, many of which bring their kids along.

In fact, camping with kids has become more and more popular since the pandemic hit.

If you are one of those families who have taken up camping recently then this article is for you. 

Grab a coffee and get ready to discover 7 tips for camping with kids!

1. Pick a family friendly campsite

This one may seem like a no brainer right? Wrong, many people don't actually take this point into consideration. 

Not all campsites are family friendly. 

What makes a family friendly campsite? 

• Level, dry, solid ground
• Privacy
• Near water, but not too close
• Far from hazards

Perhaps the most important point on this list is a campsite located far away from any hazards, such as a cliff for example. Especially at night time, these hazards may remain unseen, this could potentially harm young unsupervised children. 

2. Arrive during the day

In our homes, we don't often concern ourselves too often when arriving at night. Why? For the simple reason that we have light on demand. 

All you have to do is flick a switch and voilà, you have light. 

However, when camping you are often subjected to one or two artificial often weak light sources. 

This wouldn't be such an issue if all you had to do was sit on a couple of chairs when arriving at your campsite. But keep in mind, this is unlikely to be your plan. Instead, you will likely need to set up your tents, this is hard enough on your own, but with kids in the dark, this could be a nightmare. 

There are so many thin ropes and poles that you need to connect, this will be very hard to do at night with limited light. 

Arrive at your campsite with daylight to spare. 

3. Don't forget the sunscreen

This is especially important if you aim to camp during summer. Make sure you do your research on the UV index. The United States Environmental Protection Agency has you covered. 

Make sure you protect your skin from the sun by lathering on some sunscreen. Kids are especially vulnerable while camping. 

There is nothing worse than sunburnt children on a camping trip. 

4. Plan more and pack less

Too much luggage when camping with kids can really become a burden. All this luggage once packed out, will once more need to be packed back in. 

The great thing about camping is that you can do so while channeling your inner minimalist. 

Pack less, plan more, remember that the next time you are brainstorming your next camping trip. 

5. Always bring the essentials

The essentials vary from person to person. But I think we can agree on one item that really takes the cake in terms of necessity. 

A solar generator. No, we are just kidding. We mean your phone. What will you do in case of an emergency without your phone? Thing is, what if your phone has no more battery? 

Well, this is where a solar generator would come in handy. In essence you would have an unlimited supply of electricity, assuming that you are camping during the summer. 

Now, we are not saying that electricity is the best thing to bring with on a camping trip with kids, as we believe you should detach from technology when out in nature, but in case of an emergency you will need electricity. 

6. Bring easy, healthy snacks

Nutrition for boys ages 5 - 8

Nutrition for girls ages 5 - 8

Data pulled from Mayo Clinic.

Make sure that your children are getting adequate nutrition during their camping trips. You can use the tables above to assist you with this. 

You can also bring a portable fridge with you on your camping trip should you choose to bring a solar generator. This way you can bring along all those pre-made snacks you've been thinking to try out.

7. Bring a telescope

Now I know this may not be possible for everyone, but keep in mind we are not referring to one of those large telescopes at NASA. Instead we mean one of those "toy" telescopes you can buy it most dad thrift shops. 

There is few things more fun for children on a camping trip than staring at the night sky. This also gives you the opportunity to teach your kids about our solar system and where they can spot interesting planets such a Mars in our night sky. 

We recommend showing your kids the North Star, Venus and Orion's Belt. 

Final Thoughts

Overall, we hope you enjoyed our 7 tips for camping with kids. You can be sure to check in with this post in the near future as we plan to update this list as we move through the new year. 

If you have any tips you'd like us to add on our list, feel free to reach out to us and we can look into adding them. 

In fact, you can spend up to $100 more a month, just on certain types of heating alone. 

To give you a basic idea on how to save energy in winter, you first need to know what types of appliances around your home are using the most energy.

1. Cooling and heating: 47% of energy use
2. Water heater: 14% of energy use
3. Washer and dryer: 13% of energy use
4. Lighting: 12% of energy use
5. Refrigerator: 4% of energy use
6. Electric oven: 3-4% of energy use
7. TV, DVD, cable box: 3% of energy use
8. Dishwasher: 2% of energy use
9. Computer: 1% of energy use

If you prefer to learn through visuals, we have pulled an amazing infographic by Visual Capitalist below:

Clearly cooling and heating are the two major energy sucking vampires on our list. Unfortunately, this means in summer and winter your bank account (and the environment) are going to suffer the most.

However, studies do show that energy consumption in winter is higher than in summer. 

This could be due to the fact that in many areas of the world, heating in winter is essential for survival, whereas cooling in summer is more of a luxury/convenience. 

So let's dive straight into it, how can you save energy in winter?

10 tips on how to save energy in winter

With these 10 tips we hope to save you tons of energy during the cold winter months.

As heating is one of the main drivers of energy consumption, many of our tips are going to teach you how to keep the heat in during the winter months.

By keeping the heat in, your heater will have to do less work, which means it will consume less energy!

1. Cover windows that allow too much airflow