However, before venturing out to purchase one, you need to keep in mind several factors to obtain the right generator, especially if you are buying one for your apartment. Read on as we explore all these essentials.    

Understanding Your Power Needs

First things first: you need to estimate and understand the power needs of your apartment. Obviously, your generator will run all your electrical devices in the case of a power outage. So, be very clear about the power requirements of all your household appliances.

1. Apartment Appliances

Firstly, list down the power ratings of all your apartment appliances, including refrigerator, lights, air conditioner, coffee maker, and even your laptop. All your essential and other appliances that run on electricity need to be listed down. 

Writing down their power consumption will provide you with a guideline on the power required by each of those appliances.

2. Essential vs. Luxury Needs

Now that you have all your electrical appliances and their power consumption jotted down, divide them according to your priorities. In the case of a power outage, which devices will you require, and which appliances can you do without?

Will you definitely be needing your laptop or a light source? Would you prefer having power in your refrigerator and microwave oven for your food? Do you think you won’t need an air conditioner during the power outage?

According to your priorities, separate the appliances whose power you will definitely need during a power outage. Calculate their total power combined because those are the appliances you will be powering through the generator. You will be purchasing a generator for the apartment based on this total power requirement.    

3. Runtime and Fuel Efficiency

The next thing to consider is the runtime of your electrical devices and the corresponding fuel efficiency of the generator for the apartment you intend to purchase. How long does the power outage in your apartment last? Will the devices run for the whole duration of the power outage or for a limited amount of time? 

According to your requirements, you will consider the tank size and fuel efficiency (the estimation of how long a single refill lasts) of the generator for the apartment. A Smaller generator for apartment might require more frequent refills, whereas larger generators may end up offering a lot more fuel than your requirements. 

So, keep these factors in mind when choosing a generator for an apartment. 

Apartment-Friendly Generators

There are three types of generators for apartments that you can choose from. 

1. Portable Gas Generators

As its name suggests, a portable gas generator for apartments is portable. Additionally, it promises an efficient power output, along with being affordable. 

However, gas generators produce loud noises and unpleasant emissions while they are running, making them a less-than-ideal solution for closed spaces like apartments. You will also need to carefully plan their refueling and fuel storage.

2. Solar Generators

A solar generator for apartment eliminates all your worries that arise in a gas generator. Solar generators recharge from the Sun and thus are environmentally friendly, quiet, and have no fuel concerns. 

Yet, their reliance on the Sun renders them non-workable when the Sun is not available or in cloudy weather. Secondly, while they have a lower maintenance cost, their initial cost is high.  

3. Inverter Generators

An inverter generator is an ideal appliance for an apartment owing to its fuel efficiency, quiet operation, and suitability for sensitive electronics. They also produce cleaner energy, therefore making them suitable for powering your laptops, TVs, and medical equipment.

However, you will find that their capacity is lower than larger gas generators. 

Factors to Consider When Choosing a Generator for Apartment

Now that we have considered the power requirements of your apartment and the types of apartment-friendly generators there are, it is time to look at the factors to keep in mind when purchasing the right-sized generator for apartment. 

1. Power Output

Larger generators, no doubt, promise high wattages that can run multiple electrical devices simultaneously. They are ideal for larger homes or apartments where you need to run bigger appliances, such as washing machines and air conditioners, even during a power outage. 

Of course, with bigger sizes and wattages comes larger fuel consumption and higher price tags.  

Smaller generators, on the other hand, are more compact and budget-friendly. They are ideal for apartments where you only need to have some lights, a refrigerator, or some small appliances running in case of a power outage. 

However, they have a limited wattage and may require you to refill the fuel more than once, depending on the duration of the power outage. 

2. Noise Level

Larger generators have bigger engines; they produce a substantial amount of noise during operation. While it may not pose an issue for some people, noise-sensitive people would be disturbed by it. If your apartment is in a populated area, your neighbors might complain about its noise.

A smaller generator for apartment is on the quieter side and, thus, is more suitable for apartments. However, some small generators, such as gas-powered ones, tend to produce some level of noticeable noise, which can be heard in close proximity.     

3. Portability

A larger generator for apartment will, undoubtedly, pose issues in terms of its portability. You will need to allot some space in your apartment for a bigger generator. You might also require some equipment like wheelbarrows or ramps.

Conversely, a smaller generator for apartment will be the epitome of a portable device. They are compact and lightweight. You can easily carry them around the apartment and place them anywhere you want without the need to allot a specific space for them.

4. Safety Features

You will observe better safety features in a larger generator for apartment. Safety features in a larger generator can include automatic shutdowns for oil pressure issues, overheating, or overload protection. 

Yet you will also observe risks associated with larger generators, which you must avoid by strictly following the manufacturer’s guidelines.

A smaller generator for apartment, on the other hand, may not have these advanced safety features. Nonetheless, they do have basic ones that you would require according to your short-term usage. 

You should also make sure to follow the manufacturer’s safety guidelines, even if it is for a smaller generator for apartment. 

Find out the secret to choosing the best battery generator for home.

What Size Generator Do I Need for an Apartment? 

The size of the generator you need for your apartment depends on your power needs and the equipment you want to run during a power outage. Do a rough calculation of the wattage of these devices to get the size generator you need.

BLUETTI Solutions for Apartment Power

When looking for a potential generator for an apartment, which brand to seek other than BLUETTI, whose remarkable solar products leave you in awe? 

As mentioned above, solar generators are ideal for apartments due to their reliance on the Sun, so let’s check out some cool solar generator kits and other products from BLUETTI, shall we?

1. BLUETTI AC200MAX + 3*PV200 Solar Generator Kit

The BLUETTI AC200MAX + 3*PV200 Solar Generator Kit is a practical and sustainable choice for a generator for apartment. You will surely love its high capacity, multiple charging options, and smart features.

Key Features:

• Power: This solar generator kit has a 2,200W AC Pure Sine Wave Inverter, i.e., you are assured 2,200W of clean power. This high power output allows it to run multiple devices at the same time, even high-powered devices, such as washing machines. You will love its addition to your apartment.
• Capacity: With a 2,048Wh capacity, you are guaranteed a high amount of energy stored in its battery.
• Battery: The LiFePO4 battery offers over 3,500 life cycles until it reaches 80% of its original capacity, i.e., it is extremely durable - ideal for prolonged power outages.
• Versatile Recharging: It has seven rechargeable ways - AC (wall outlet), solar panels, car, generator, lead-acid battery, and combinations like Dual AC and AC+Solar. This feature makes it adaptable to different situations, whether you are in an apartment, on the road, or out camping.
• Solar Input: This solar generator for apartment is capable of 900W of solar input, making it an eco-friendly option. With this, you have no reason to worry about fuel storage and noise.

2. BLUETTI AC200P + 3*PV200S Solar Generator Kit

Yet another of BLUETTI’s solar generator for apartment, the BLUETTI AC200P + 3*PV200S Solar Generator Kit is a remarkable kit to have for its large capacity, fast charging, and numerous outputs.

Key Features:

• Power: It has a 2,000W AC Pure Sine Wave Inverter, promising you a 2,000W of power output. This much power can run even a whole house, let alone an apartment, during a power outage. 
• Capacity: It has a storage capacity of 2,000Wh. What more could you want?
• Battery: Its LiFePO4 battery offers more than 3,500 life cycles until the capacity degrades to 80% of its original capacity. Longevity is assured.
• Fast Changing: You are assured 1,200W of fast dual charging, combining solar and AC adapter inputs for quicker recharge. Enticing, isn’t it?
• Multiple Ports: It has 17 output ports, allowing you to charge multiple devices simultaneously. 

3. BLUETTI AC300 + 1*B300 Home Battery Backup

Besides BLUETTI’s solar generator for apartment, there are other exceptional products available as well. For one, the BLUETTI AC300 + 1*B300 Home Battery Backup is a reliable and substantial power backup. 

Its high-capacity inverter, surge support, and the ability to expand storage capacity are features you will simply love. 

Key Features:

• Power: It has a 3,000W AC Pure Sine Wave Inverter, i.e., it can provide steady and clean power up to 3,000W. It can, thus, run your whole apartment in case of a power outage. 
• Surge Capability: This battery can handle up to 6,000W of surge. This is ideal for appliances that require a higher power input when they start up.
• Capacity: It offers 3,072Wh battery capacity, promising you 3,072Wh of stored energy.
• Expandability: You can expand this system up to 12,288Wh using up to four B300 expansion batteries. This significantly increases its power storage capacity. How cool is that!
• Special Feature: You can create a 240V connection by using two AC300 units and two B300 batteries. This allows you to power even heavy-duty appliances in your apartment. 

Final Words

So, what are you waiting for? Measure the total power requirement of your apartment and set out to buy a generator that best fits your needs. While you are at it, opting for a solar generator for apartment is a great investment, especially if you choose one from BLUETTI.

However, there is still a vague understanding of their use and how to choose the best solar generator for an apartment that perfectly aligns with your requirements. 

In this guide, we will cover the top 3 recommendations for apartment solar generators and answer all your related concerns, like how to choose one, which would be the best choice, and whether you can save on your electric costs.

Top 3 Solar Generators for Apartments in 2024

A new year always starts with new resolutions, and for this year, shifting your power needs to solar generators could be your best decision. However, with various options available, it's always difficult to choose one single unit that can fulfill all your power needs. 

Thus, we have our recommendations for the top 3 solar generators for apartments in 2024. They are efficient, reliable, compatible, and, most importantly, cost-effective. The best part is that all the mentioned products come with a 4-year hassle-free warranty and lifetime custom support. 

BLUETTI AC200P + 3*PV200

Whether you want a backup for your apartment or a reliable power source for your off-grid adventures, BLUETTI AC200P can withstand all your energy needs. 

The unit comes with a Lithium Iron Phosphate battery (LiFePO4) extending up to more than 10 years with one charge cycle per day. Its advanced Battery Management system ensures an optimum power supply to mitigate any risks for your voltage-sensitive devices. 

What sets this product apart from its competitors is its charging speed. With multiple charging streams, including AC, solar, Generators, and AC+soalr, it can charge itself from 0-80% in only 45 minutes 

Furthermore, regarding its compatibility, the AC200P can run multiple devices at the same time with its various AC, USB, DC, and RV ports. Its integration with a 15W wireless charger ensures that none of your devices is left out. 

Below is a table explaining the efficiency of this solar generator with various devices.

Specification

• Output power: 2000W pure sine wave inverter
• Surge power: 4800W
• Battery Capacity: 2000Wh
• Output ports: 17
• Charging streams: 7
• Max solar input: 700W
• Max dual charging (Solar+AC) input: 1200W

BLUETTI AC200L+3*PV200

If you need a one-in-all solution for all your household power needs, we have AC200L for you. In case you find its built-in battery capacity not suitable for your requirements, the system supports the addition of 2 additional B300 batteries, boosting its battery capacity to 8192Wh.

Exactly like AC200P, its charging speed is also groundbreaking. You will have your unit charged from 0-80%, only in 45. And again, its LiFePO4 battery with battery management system is the cherry on the top.  

To further ensure you do not only rely on solar radiations, this unit has multiple charging streams and could also be charged through a lithium battery, car, and generator.

With a portable design, to make its operations smoother, it can also be operated through the BLUETTI smart app.

Here is a list of appliances you can support with BLUETTI AC200L.

Specifications

• Output power: 2400W AC
• Powerlifting mode: Upto 3600W
• Battery Capacity: 2048Wh
• AC input: 2400 W
• Solar Input: 1200W
• Charging streams: 6
• Charge cycles: 3000+ (Life span of more than 10 years with one charge cycle per day)

BLUETTI EP500 + 3*PV200

The Last unit on our list is a giant in terms of power-generating capacity. This perfect combination of power and portability comes with 2 wheels and can support the power needs of your entire home, party, or off-grid family trip for a day or couple of days. 

To ensure safety and easy operations, EP500 has a battery management system, microcomputer chip, and touch screen. This means you can upgrade or operate the system through an internet connection. 

With its highly efficient solar panels, this unit can charge its batteries even in low light conditions. What’s the most promising about this unit is its life span of around 20+ years with one charge cycle per day. 

There are 2 variables available for this unit depending on their output power. The EP500 has 2000W, and the EP500 pro has 3000W.

Specifications

• Surge power: 4800W
• Charge cycles: 6000+
• Battery Capacity: 5120Wh
• Charging ports: 1 X 12v Cigarette lighter port, 1 X 1000W PD, 4USB, 2DC, 1RV, and 2 Wireless charging ports.
• Recharging: Flexible 

How to Choose Solar Generators for Apartments?

In the diverse market of solar generators, every brand claims to be the best. However, only claims do not convert the rubbles into rubies. Thus, a prudent approach is necessary to find a reliable unit. 

Here are some important checks you need to consider while choosing a solar generator for your apartment. 

The capacity of Battery

Solar generators only produce power during sunlight hours, is a fact. This necessitates the addition of a battery to your generator. However, when choosing a battery, 3 crucial points include its charge cycles, capacity, and type of battery should be LiFePO4. 

Reliable brands like BLUETTI offer batteries with exceptional charge cycles and LiFePO4 battery type, testifying that you have zero carbon footprints. Also, there is a wide range of batteries available there. Depending on capacity, you can choose what suits you the most.

Power Output

Power output means the capacity of a solar generator to run multiple appliances simultaneously. For example, a 2000 W solar generator can support the electricity needs of 10 appliances, each with a 200W power requirement.

When choosing a solar generator, it's essential to understand your power consumption patterns first. Contemplate this and then opt for a system that can meet your requirements. Giving some power headway to your generator for effective operations is recommended, yet not necessary.

Output ports

The next thing to consider is the output ports. You see, each electrical device is different and requires its specific port to charge. Either it could be USB, DC, or AC. Make sure your unit is compatible with all your household devices. 

BLUETTI solar generators are more recommended cases here. They not only come with the above-mentioned conventional ports but are also integrated with Lighter, RV, and wireless charging ports, making them a perfect unit for all your appliances.

Recharging Time

Solar generators do not use fossil fuels to generate power. Hence, their recharging through solar panels is their only power means, making their recharging time a crucial factor. Additionally, fast charging also ensures that you have an interrupted power supply.

CNET, a well-established website known for its solar reviews, has ranked BLUETTI solar generators to have the fastest charging speed amongst its competitors, which is around 80 minutes from 0-100%. So, definitely, these units could be your way to go.

Related articles: Solar Power Generator for Apartment Buying Guide 2024

How Much Is a Generator for a Small Apartment?

How to Choose the Best Generator for an Apartment？

What Size Generator Do I Need for an Apartment?

To put this simply, the size of the generator you need for your apartment is totally dependent on your personal power requirements which can be calculated in three easy steps that are listed below. 

• Step 1: Enlist all the appliances that you need to run through the solar generator. That could be anything from refrigerators to ACs and laptops to blenders. Now check the power requirements that would be available on their labels. In case they are in amps and volts, you can use the equation below to convert them into watts.

Amps X Volts = Watts

• Step 2: Once you have checked their running power requirements, it's time to look for their surge power. This is power any appliance requires initially to start. For example, if the running power requirement of your oven is 100W, its surge power should be around 1000W.
• Step 3: Now add up all the running watts to get your power requirements. You can use the device with the largest surge power as a threshold. Any solar generator that can fulfill these running and surge power requirements would be suitable for your apartment. 

FAQs

Can I Use a Solar Generator in an Apartment?

Yes, the questions regarding generator use in apartments are about space constraints, noise pollution, and toxic fumes. 

Given these issues, solar generators are the perfect solution to all these concerns. They are portable and can easily installed, requiring very little space. Their operations are quiet and do not produce any toxic fumes. These factors, coupled with their low maintenance and cost efficiency, make solar generators the most effective power backups to be used in apartments.

Which Generator Is Best for Apartment?

Apartments are closed buildings, and there are always issues with space. So it's recommended to opt for a portable solar generator like the one offered by BLUETTI. They not only help you save space but are also easily portable, and their sleek designs could effectively enhance the beauty of your apartment interior.

Additionally, look for solar generators with panels that have high-efficiency ratings. They can help you produce more power while taking up only a little space. 

Is Worth to Buy a Solar Generator for Apartments?

For multiple reasons, solar generators are definitely worth buying for apartments. First and foremost, they require only initial investment and do not come up with running costs. Furthermore, they are quite, easy to operate, portable, and do not produce any pollution. They could not only serve your apartment energy needs but could also be your reliable partners through off-grid endeavors. 

Can a Solar Generator Save You Electric Costs?

Solar generators are good solutions to conventional grid energy. Their use is not limited to only as backup powers, but are also gaining popularity as full-time power solutions to effectively save energy bills. 

However, it is crucial to understand your energy needs first and then opt for a unit that can produce and store enough energy to meet your day-to-day operations. Additionally, if you want to earn through solar generators, you can produce extra power to sell to conventional grids.

Final Thoughts

The use of solar generators in apartments is gaining popularity. However, it is essential to consider the efficiency and suitability of solar units for your personal needs while opting for any of them.

We have sorted out 3 best solar units from BLUETTI that could effectively serve your needs. Their range varies from medium-sized apartments to homes with high energy needs. By investing in them, you can ensure a sustainable and reliable power supply to your apartment.  

However, due to the availability of other large generator models, there is a meager understanding of what 2000-watt solar generators are, what they can run, their household uses, and what the best models available in the market to choose from. 

To help you navigate through all this, here is a comprehensive guide to 2000-watt solar generators.

Fully Understanding 2000 Watt Solar Generator

Solar generators are devices that capture sunlight and convert it into electrical energy. Their multiple types are available depending on their power and functionality. 

Talking specifically about 2000-watt solar generators, these are units that can power devices of up to 2000 Watts. However, for a more precise understanding, let's deconstruct its different parts.

• Solar panels: Each 2000-watt solar generator comes with a specific number of solar panels to capture the sunlight. These numbers vary depending on the required amount of energy.
• Inverter:  Next to solar panels are inverters. They convert DC current supplied by solar panels into AC current, which is stored in batteries or consumed directly by appliances. 
• Batteries: Batteries are the power storage house of 2000-watt solar generators. As evident from their name, for 2000-watt solar generators, the minimum battery capacity is 2000Wh, which usually can be expanded up to 6000Wh and 8000Wh.
• Charge controllers: They are important yet optional parts of 2000-watt solar generators. They control the amount of current supplied and stored in batteries, eventually dealing with issues of overcharging and discharging. 

The parts mentioned above make these solar generators reliable, efficient, and compatible for various operations. However, the battery and charge controller are optional, as they can be removed for easy portability and direct use.

What Can a 2000-Watt Solar Generator Run?

The running of electrical appliances through a 2000-watt solar generator depends on their power requirements. Appliances need two types of power. One, to start, is usually high and known as surge power. The second is the running power or actual power of the appliance. For example, portable refrigerators consume around 80-100 watts for running, but their surge power could be around 400- 500 watts. 

With the above-said, a 2000-watt solar generator can run all the appliances that have their running and surge power below 2000W. 

Here is a list of various home appliances that you can run with a 2000-watt solar generator.

Home units

2000-watt solar generators can support the power needs of all the necessary home appliances. This includes lights, small ACs, TVs, microwaves, and other such devices. 

Furthermore, it can also run big ACs and heating units, but it's recommended to know about the power needs first.

Kitchen Gadgets

The power requirements for kitchen appliances usually lie below 2000W. So, a 2000-watt solar generator could be your reliable partner in running nearly every kitchen appliance, including coffee makers, portable ovens, toasters, dishwashers, stoves, blenders, etc. 

Electronics

Whether it's your laptop, smartwatch, mobile phone, PSP, tablet, or camera, a 2000-watt solar generator could effectively recharge all your tech gadgets.

However, for running multiple devices simultaneously, it's better to add the power consumption needs of all connected devices and then check if your generator can cater to this or not.  

Outdoor units

2000-watt solar generators are best for off-grid camping and other recreational activities. They are compact, easily portable, and can run a number of outdoor equipment, including electric grills, speakers, portable ACs, small refrigerators, lightning systems, radios, etc.

Repair Tools

Most repair tools, like circular jaws, drills, sanders, jigsaws, etc., have power consumption ratings below 2000 watts, so these solar generators are reliable to power such devices.

It's important to note that run time and how many devices can be powered simultaneously depends on multiple factors, including the battery capacities, production of electricity at any specific time through solar panels, and power consumption of these gadgets. 

To further understand if a 2000-watt solar generator is enough for your household needs, let's move to the next section. 

Is a 2000 Watt Solar Generator Enough for Your Household Needs?

You see, the utmost goal of any solar installation is to maximize savings by cutting the costs of energy bills. We have discussed above that a 2000-watt solar generator can efficiently run various devices. But is this unit enough for all your household power needs? 

This fundamental question comes with intricate patterns and needs investigation of multiple parameters to address this query. In the first place, calculate the energy production capacity of your solar unit. You can simply do this by multiplying the efficiency rating of your solar panels. For example, if you have 10 solar panels, each with a power generating capacity of 200W, your per-hour production will be 2000W.

Secondly, calculate the energy consumption patterns of your household at a specific time. This means how many devices, like fans, lights, and other appliances, run at a specific time and how much watts they require. 

For this, add the watt power of the appliance mentioned on their labels. If it is given in volts and amps instead of watts, you can use the equation below to convert volts and amps to watts.

Volts X Amps = Watts 

Now, you can compare your energy production with your usage to know if a 2000-watt solar generator is enough for your household needs or not. 

It must be noted here that solar panels generate power only during peak hours, which are 4-6 hours, depending on your geographical location. If you want to completely rely on a 2000-watt solar generator, then the solar panel's power production should double your energy needs. In this case, the extra energy will be stored in batteries for use when sunlight is not available.

What if your needs are more than 2000 watts?

Well, for this, efficient strategic energy management is your way to go. This means You can distribute the appliance use throughout the day according to the generator’s output capacity.  Additionally, shifting to appliances that use less energy could further boost the suitability of a 2000-watt solar generator with your household. 

Best 2000-Watt Solar Generator We Recommend

Solar generators are a wise investment that can effectively help you cut your energy bills with a minimized carbon footprint on the environment. However, the upfront costs are high and require prudent decision-making.

We have studied multiple products and selected these 3 best variables of 2000-watt solar generators for you. Review them to choose what aligns best with your requirements. 

BLUETTI AC200P + 3*PV200

This 2000W unit is a pure AC sine wave inverter with a surge power of 4800W to support nearly all your appliances. With a 2000Wh output capacity and 17 output ports, it can easily run multiple devices simultaneously. 

But this is not all. Its LiFePO4 battery offers 3500+ charge cycles. It means this comes with a shelf life of around 10 years, with each charge cycle every day. Furthermore, it can be charged through 7 current streams. Its eco-friendliness and quite free operations indeed make it your perfect partner anytime, anywhere.

BLUETTI AC200L+3*PV200

In this fast-paced world, speed is everything, and so is the charging speed of BLUETTI AC200L.

This portable power station has an output power of 2400W with a powerlifting mode of up to 3600W, and the system can be charged from 0-80% only within 45 min.

In case you need more power storage capacity, the unit battery capacity is expandable to 8192Wh and can be charged with 6 different charging streams, including AC, solar, car, generators, lead battery, and AC+solar.

The system operations are quiet and highly efficient. Its control management through the BLUETTI smart app, Bluetooth, and Wifi makes this unit a true masterpiece.

BLUETTI AC200MAX + 3*PV200

With a 2200W pure sine wave inverter, 4800W surge power, and 2048Wh output capacity expandable up to 8192Wh, AC200MAX has the solution to all your needs. The system is also integrated with LiFePO4 battery with 3500+ lifecycles.

The unit is 7-way charged with a max solar input of 900W and fast charging input of 1400W with AC+solar. Again, like other exceptional products of BLUETTI, this can also be controlled by the app, making its use more smart and convenient. 

Lastly, what attracts me the most about this product is its price match guarantee. This means that if you find any competitor product less than this within 30 days of purchase, you can claim the extra amount. 

The Reasons We Recommend the BLUETTI Solar Generator

With each passing day, the landscape of portable energy solutions is evolving. In a market brimming up with brands and products and everyone claiming to be the best, it's overwhelming actually to choose the best. 

In such a scenario, BLUETTI is the name of compatibility, efficiency, and convenience with thousands of satisfied customers around the globe. Here are the salient features that set BLUETTI apart from its competitors. 

• Price match guarantee: Price is the most fundamental concern for every consumer. Most BLUETTI products come with a price match guarantee to verify that none of the other brands is offering such value at a lower price than BLUETTI.
• Quality: The quality of BLUETTI products is the basic feature that makes them stand out from the competitors. All products are manufactured from premium quality materials and come with a 5-year hassle-free warranty.
• Convenience of use: Easy-to-use products are desired by every customer. BLUETTI solar generators are integrated with top-notch technological advancement and can be operated through smart apps, making their use convenient.
• Compatibility: In the realm of electronics, each product is specific and needs to be operated according to guidelines laid out by the manufacturer. BLUETTI solar units offer a range of output ports and converters that support the needs of every gadget without compromising their overall efficiency.
• Compact size: While manufacturing solar units, BLUETTI ensures that they have a compact and sleek design. This not only makes them easily portable but also adds to the beauty of your home.
• Environment-friendly products: All BLUETTI products are integrated with LiFePO4 battery type to set the seal on clean energy and zero carbon footprints. 

Related articles: What Size Generator to Run a 2000 Sq Ft House?

What Can I Run with a 2,000 Watt Generator?

2000-Watt Portable Indoor Generator for Home Emergency

Can You Run a 2000 Watt Solar Generator 24/7?

Solar generators produce their energy by converting solar radiation. This means their energy production is directly proportional to the availability of sun. It is evident that the sun is not available for 24 hours, so can you run a 2000-watt solar generator 24/7?

The one-word answer could be yes, but it requires large battery backups and prudent energy management. You see, during the peak hours of the sun, it produces sufficient power that could be stored in batteries for further use during the night or when enough solar radiation is not available. 

Most solar generators have a single built-in battery of 2000Wh capacity. However, some models like BLUETTI AC200MAX and BLUETTI AC200L allow the addition of external batteries to increase the energy storage capacity. Depending on your energy consumption patterns, you can install extra batteries to run your home 24/7 with a 2000-watt solar generator.

Final Thoughts: 

The 2000-watt solar generator could be your reliable companion whether you need power in a blackout or want to shift entirely to solar energy to cut your energy bills.

However, fulfilling all your energy needs 24/7 through these units is challenging as whole-house energy consumption could be more. Still, with prudent energy management and the addition of extra batteries, this is an achievable goal. Just make sure that you are opting for a reliable and efficient unit, like the products offered by BLUETTI.

5 Best Small Portable Power Stations for Winter Camping

BLUETTI EB3A

Your winter camping power punch – BLUETTI EB3A! It is compact and light but a powerhouse with a 600W AC pure sine wave inverter. A strong battery with 268Wh will make sure you have nonstop wintertime amusements. 430 Watts Fast charging- 80% power while having coffee. Recharge it anywhere: AC, solar panels, automobile, generator, or combination. Winter camping? No problem. EB3A has you covered when it comes to traditional AC, DC output of 100W, Type C, and car sockets, and there is also a wireless charger.

Are you worried about control? Don't be! With the BLUETTI app, you can control EB3A with Bluetooth within a range of 10m and have peace of mind. While daring to endure winter, BLUETTI EB3A ensures you always remain electrically powered and comfortably warm.

BLUETTI AC60/AC60P

Across the world, BLUETTI AC60 is the ultimate companion while winter camping. It has upgrades such as an IP65 rating for water and dust protection, hushed operation, and expandable capacity, making it a tool of choice for outdoor adventure or at home during emergencies. Made from solid aluminum alloy housing and long running life LiFePo4 battery is rated 10+ years for durability.

At only 20.06 lbs, it's a lighter-than-life winter accessory. Want to dry your hair or get charging for a digital device? It can be handled easily because AC60 has a 600W output. It is also worth mentioning that with seven versatile outlets, it is a superb taskmaster. Does winter camping have you worrying about charging? Fear not! This powerhouse can be refilled with BLUETTI Turbo Charging technology via AC charger within an hour only.

BLUETTI AC70

BLUETTI AC70 is an ideal choice when you need to run several appliances at once with 1,000W continuous power. Have you ever felt an energy boost to be able to use some bulky electrical tools? The device can support power of up to 2,000 W in the powerlifting mode activated through the BLUETTI App. Perfect for winter camping vibes!

Charge your batteries in two hours up to 500W solar input – top up fast. Are you worried about growing power needs? AC70 works perfectly with expanders like B80, B230, or B300 and provides a continuous energy supply.

Are you getting all set for an icy adventure in winter? It is also powered with a maximum of 950W for turbocharged vehicles on your way home. In addition, the smart LiFePO₄ maintains longer operation, maintaining at least 80% charge even in more than 3000 cycles.

BLUETTI AC200P

BLUETTI AC200P Power Station. Anywhere! Anytime! You can rely on the AC200P in an accidental outage at home, BBQ parties, workplaces, adventure to forests, and when going for a ride trip.It is a charging wonder that extends beyond ordinary outlets featuring USB A, USB C, a cigarette lighter port, a DC port, an RV port, and finally, a trendy 15W wireless charger. Winter camping plans? The power stations will ensure you stay charged and warm throughout.

Safety first! BMS in AC200P closely monitors every function of your device and guards against eventualities as it goes through its daily workout. Talking about a long life span, a LiFePO4 battery provides over 3,500 life cycles and lasts up to roughly ten years. The AC200P is more than just an all-season power station; it's really ten years of power for all the dream camping in winter.

BLUETTI AC200L

Behold BLUETTI AC200L as it sets a new standard for speed of charge, outpower, and energy efficiency! It's an all inclusive source of daily electricity, efficient, and quiet operation. Winter camping plans? AC200L is your winter wonder!

Connect it with the expansion batteries and see the AC200L's capacity rise to a huge 8,163Wh. Solar input? Powered by a breath of air at 1,200 W, it delivers unprecedented solar charging capabilities. Are you dreaming of versatile charging? Together with D 40* AC200 L is converted to a good quality DC power supply. Picture this: hassle-free charging of RV batteries, surveillance equipment, and routers whether you are indoors or outdoors.

AC200L is not only a power station but also a key for elevated winter camping adventures with superior capacity and utility.

Comparison Table 

The Challenges Of Winter Camping

Camping during wintertime is one of the exhilarating ways in which you can connect with nature. It is an excellent escape to break out of your comforting shell and enjoy the marvel of nature at the same time.

Of course, camping during winter is no walk in the park. Therefore, be sure to consider this aspect. Below are a few challenges that you may come across in the cold season:

Temperature Extremity

Extreme mercury drop is what we deal with during winter camping. Firstly, there should be sufficient insulation as staying warm comes first, and this includes suitable clothing layers and appropriate gear.

Snowy Underfoot

Setting up a camp, moving, and cooking can also become difficult in the snow. Snow may sometimes work for or against one, thus calling for knowledge on how to maneuver through such a condition.

Shorter Days

After all, winter brings with it short days that have no sunlight left for outdoor activities. It is important to plan your day right and provide yourself with an adequate source of lighting.

Frozen Gear

Tent zippers, water bottles, and other items can freeze in such conditions. It is essential to choose gear meant for winter or put into place efficient storage strategies.

Hyperthermia

Winter camping can expose you to hyperthermia if caution is not taken into consideration in maintaining the body temperature. The signs of hyperthermia include shaking, total exhaustion, lack of concentration, trembling hands, and short memory spells. If you feel that way when exposed to a cold environment, seek to warm up immediately. Take off any wet cloth and make yourself a hot beverage.

Is It Worth Buying A Portable Power Station For Winter Camping?

A portable power station for winter camping would be very useful. Portable power stations are flexible and will see you through your cold weather challenges, providing you with a handy source of energy. Their robust performance in cold weather of winter excursions make them indispensable, among other aspects. Unlike traditional generators, which are ineffective during those winter months, most portable power stations have the ability to function well at low temperatures.

Furthermore, you can pack and transport these power stations to your winter camping location because of their compact design and light weight. They feature many multiple outputs that can be utilized for heating, lighting, charging phones and cameras, and other purposes. Having a dependable power supply in a snowy setting enhances the experience. A portable power station is the perfect travel companion because it keeps you warm and your devices charged. 

Related articles: How Do I Choose a Portable Power Station for Camping?

What Size Portable Generator Do I Need for Camping?

How Many Watts Generator Do I Need for Camping?

How Many Watts Portable Power Station For Winter Camping？

Get ready for winter camping by putting in the right power blow!

A standard 100-200 watts power station is enough for your everyday essentials such as phones and LED lights. Let's now add the heat. A small electric heater can achieve this, but aim for about 500 watts for a comfortable space.

Are you planning to recharge your laptops and other electronics? Your target zone ranges between 50 to 100 watts, which is the sweet spot. But wait, there's more! Hook yourself up with a power station that can handle at least 1000W if you are planning with high-powered gadgets such as a mini frig or a microwave oven.

Here is the pro tip to count the necessary watts of your devices and include a margin, then that's the wattage magic number calculated for your white Christmas. Turn up the heat and go out on your snowy ventures!

Happy Winter Camping！

With confidence, head out into the crisp, white winters with your portable power station. Snuggled up in your warm haven of comfort, in the snug winter night lit by charged LED bulbs, your phone's battery buzzing with power, and that insignificant 100-watt electric heater sends heat all across the room.

Solar Generator (price, pros and cons)

A solar generator is a combination of solar panels, a battery, a battery charger, and an inverter. Unlike conventional solar panels, solar generators come with portable solar panels, meaning you can use them in just about any place.

While used in most households, solar generators are popular with campers, hikers, and overlanders as a power backup solution. Unlike conventional generators, solar generators do not use fossil fuels. Instead, the solar panels convert sunlight into electricity.

Price 

So, how much does an average generator cost? Well, a solar generator with a 1000W capacity can sell for up to $3,000. Of course, larger and more sophisticated options sell at a higher price. Depending on its features, a larger unit ranges from $5,000 to $15,000 which is the case with BLUETTI solar generators. 

Pros 

• Clean energy

One main benefit of solar generators is the production of clean and sustainable energy. They utilize photovoltaic technology to convert sunlight into clean and stable electricity. This helps reduce carbon emissions hence conserving the environment.

• Low maintenance

While the initial investment amount is higher than conventional standby generators, solar generators have a lower maintenance cost. It is because they lack moving parts and you don’t have to foot for fuel costs. Once installed, they require minimal inspection with sporadic cleaning.

• Quiet operation

Unlike standby generators that are notoriously noisy, solar units operate silently. This is beneficial to neighborhoods that prohibit the use of gas or diesel generators. Their quiet operation allows for a more peaceful and pleasant experience.

• Versatile

Solar generators are extremely versatile since you can use them at home, while camping, and in other settings. Whether you need to charge your devices during a power outage or when camping, these generators got you sorted. Furthermore, they are scalable, meaning you can add more solar panels and batteries for better energy efficiency.

Cons 

• High upfront cost

Solar generators require a higher initial investment than standby generators. An average gasoline generator costs around $1,000 while a basic solar generator costs $2,500. Fortunately, you’ll spend less on solar generators since they have minimal maintenance costs.

• Limited power supply

The amount of power a solar generator produces depends on its size. So, if you buy a smaller unit, the power supply might not meet your demand. A medium-sized solar generator might not power your entire home. However, it will charge your devices for a short period of time.

• Slow to recharge

Most solar generators can only be recharged when there's ample sunlight. And even then, most will take 6 to 9 hours to recharge. Worst still, this is the rating when conditions are conducive. If live in a place where conditions are poor, you might consider buying a generator with other ways of recharging.

Standby Generator (price, pros and cons)

As the name suggests, it is a backup solution for residential and commercial applications. They require specialized installation, and in most states, should be 20 feet away from your house. They are an ideal option if your state experiences prolonged power outages. 

Price 

An average standby generator that can power your home costs between $6,000 and $11,000 with installation costs inclusive. Minus installation costs, a standby generator costs $3,000 to $6,000. Since an average American household uses 20kW to 30kW, a $6,000 unit would be what you are looking to buy.

Pros 

• Reliable source of power

Standby generators provide reliable electricity during power outages. A professional electrician can help you buy the most ideal size for your power needs. With the right generator size, you will have backup power until electricity is restored.

• Automatic 

Modern standby generators are equipped with a feature that detects a power outage automatically. It will then switch to backup power in milliseconds. This means you don’t have to manually turn on the power. Some generators are instantaneous and you’ll barely notice when the power goes off.

• No need to refuel 

Unlike traditional standby generators that require you to refuel during a prolonged power outage, modern units are connected to your existing fuel line. Whether you use a natural gas or liquid propane line, the generator will run efficiently. As such, you won’t need to go outside to refuel.

• Safer option

With a standby generator, you won’t be putting your health in danger since you don’t have to go outside to refuel. In addition, it ensures critical appliances have minimal to zero downtime, meaning your food and medication won’t spoil. 

Cons 

• Notoriously noisy

Standby generators are very noisy, particularly the larger units. It is because of the many moving parts that make up the unit. So, before installing a standby generator, we’d recommend consulting your residential and local laws.

• Specialized installation

If your state permits the installation of standby generators, you’ll need the input of a certified technician. This is because installation requires advanced plumbing and electrical skills and you should not do it as a DIY project. Furthermore, local authorities must certify that the installation meets the local construction code.

• High maintenance cost

Unlike solar generators which have a high initial cost, standby generators have a higher maintenance cost. They require regular maintenance. And this ought to be done by a professional electrician, meaning you’ll be footing a high maintenance bill. In addition, you’ll need to factor in the fuel costs.

Are Solar Generators Safer Than Standby Generators?

Yes, some common safety features of solar generators include a battery management system and a built-in charge controller. The battery management system (BMS) is used to monitor the battery, protect the battery, estimate how long the battery will run, and report the operational status of connected devices. 

Advanced solar generators also come with built-in MPPT charge controllers. It is used to correct the current-voltage characteristics when recharging the batteries. It prevents overcharging bolstering the battery’s longevity and safety.

3 Top Solar Generators From BLUETTI

BLUETTI AC200MAX Expandable Power Station

If you are looking for optimal power flexibility, consider buying this solar generator. It can be expanded to produce up to 6,144Wh or 8,192Wh depending on the expansion batteries. With it, you can power your refrigerator for 10 hours or light your house for over 100 hours. And thanks to the 2,200W pure sine wave inverter, you can enjoy a stable supply of electricity.

The solar generator is portable, meaning you can travel with it to camping and hiking sites. What’s more? You can recharge it using your car, generator, lead-acid battery, and four other options. You also get an app for controlling and monitoring the generator. It can recharge within 3 to 20 hours depending on the source of power. 

BLUETTI AC200P Portable Power Station

Like most BLUETTI solar generators, it comes with an inverter for the production of stable and safe AC power. This option has a maximum capacity of 2,000Wh. Unfortunately, it is not expandable. This makes it an ideal option for small to medium homes. It also comes with seven ways to recharge it, ranging from lead-acid batteries to solar panels.

While not as powerful as other BLUETTI power stations, it can power your electric grill, coffee maker, or air conditioner. And if you are into wireless charging, this model has a 15W wireless charging pad, meaning you can charge your iPhone with ease. And for seamless control and monitoring, you get an intuitive LCD display. Some of its safety features include BMS and Smart Temperature Activated Fan.

BLUETTI EP500Pro Solar Power Station

Finally, you can get yourself this portable and movable power station. With rubberized wheels, you can transport it from room to room with ease. It has a touchscreen where you can monitor and control it with ease. Furthermore, you can control it using an app. 

The model comes with a 3000W-rated inverter, ensuring you get ample electric power. 

With 15 outlets, you can power different devices simultaneously. Like most BLUETTI devices, it comes with the Battery Management System feature for safer and more durable operation. 

What Do You Need to Consider Buying a Home Generator?

Some of the most important aspects you need to consider when buying a home generator include the following:

• Power requirements 

The main aspect you need to consider when choosing a generator for your home is the amount of power you need. You can answer this question by listing all the appliances the generator will be powering. 

Small appliances such as smartphones, laptops, and TVs, require less energy, meaning a small generator can provide you with ample power. For larger appliances with a high starting wattage, you’ll need a larger generator.

• Source of fuel 

If you’ll be using a conventional standby generator, you’ll need to consider its source of fuel. Ideally, there are three sources of fuel: natural gas, propane, and gasoline. Gasoline is the most common since it is readily available. Solar generators will only require ample sunlight to produce ample power.

• Budget 

The ideal generator will arguably depend on your budget. Large solar generators have a higher initial cost compared to conventional standby generators. Small, portable generators are cheaper but produce less energy 

• Extra features

You’d want to buy a generator that affords you convenience. This convenience comes in the form of extra features. You can consider features such as automatic start, smart control, electric start, multiple outlets, and low-oil shutoff.

Related articles: Back Up Power for Home: How to Choose Solar Generator?

How To Choose A Lithium Battery Solar Generator

How to Choose The Best Whole House Solar Generator?

Final Thoughts

Well, should you buy a solar or standby generator? If you want a unit that will automatically power your home during a power outage, consider buying a standby generator. On the other hand,  if you want clean and eco-friendly power production, a solar generator is your best option.

How Much Generator Power Do You Need?

Well, this will depend on the appliances and running requirements. Some appliances, such as refrigerators and dishwashers have starting and running wattage. This can affect the size of the generator you’ll need. And if you have many small and large appliances, you’ll arguably need a large generator with more power. That said, a 5,000W to 8,000W rated generator can power an American home with ease.

What is Starting, Running, And Surge Wattage？

To understand the right size for your needs, there are several terms you need to know their meaning. They are starting, running, and surge wattage. Let’s look at each.

Starting Wattage

This is the wattage needed for an electric appliance to start. Ideally, it is twice or thrice the running wattage of the said appliance. Most appliances, especially large ones, require more wattage to start than to run normally. 

When there’s a power outage, a generator must handle the starting and the running wattage. Common appliances with a starting wattage include refrigerators, heating systems, and dishwashers. An ideal generator needs to handle the highest starting wattage of your appliances.

Running Wattage

Also known as rated wattage, it is the amount of wattage any appliance needs to operate normally. Most appliances have their running wattage on the user manual and shipping boxes. You can also get the same from the manufacturer’s website.

Surge wattage

Surge wattage is the highest wattage your generator can produce. As you buy BLUETTI generators, you’ll find some with a 7,000W or 10,000W rating. This is the highest power they can produce. If you’ll be running several large electric appliances, having a generator with an additional 2,000 watts can be a boon.

What Difference Between Watts, Amps, And Volts?

Understanding the difference between watts, amps, and volts can help you choose the right generator for your home. It means you’ll buy just the right size of generator mitigating the need to size up or down in the future.

Voltage is the pressure that pushes electrons in a conductor from one point to another. This pressure is measured in volts. Ideally, voltage travels from a high-voltage area to a low-voltage point. 

Amperage is the measure of how strong a charge flows through a conductor. It measures the amount of electricity running through a circuit. Amperage is denoted as amps and is named after the French physicist Andre-Marie Ampere. 

In a breaker box, you’ll find several circuit breakers with different circuit breakers listed as 30 amps, 20 amps, and 15 amps. As you’d guess the larger the amperage, the more electricity can flow through the circuit.

Types of Generator

So, which generators are recommended in most American households? Let’s find out.

• Portable Generators

As the name suggests, they are portable, meaning you can transport them from one place to another. Better still, they are compact in design allowing you to store them in tight places. Whether you want to keep them in your basement or store, you won’t need much floor space. Unfortunately, they produce less energy than inverters and standby generators. It means you can only use them to charge small electric appliances.

• Solar-powered Generators

Solar-powered generators are stand-alone power systems that provide a reliable source of electricity for outdoor activities, emergencies, or off-grid areas by capturing sunlight and converting it into electricity. They typically include solar panels, battery storage, and an inverter, allowing users to charge electronic devices, lighting, and small appliances without traditional power sources. This portable, environmentally friendly energy solution is widely used for camping, outdoor adventures and emergency backup. Nowadays, solar-powered generators also offer a variety of charging options, which can be the perfect solution to the shortcomings of not being able to charge when there is no sun.

• Inverter Generators 

Another popular generator in American homes is inverter units. Unlike conventional generators, they convert AC power into DC power and then invert it back to stable AC power. They do this through a rectifier. They are ideal for running appliances such as refrigerators, air-conditioners, and heating systems. As you’d expect, they are compact and lightweight.

• Standby Generators 

Also known as backup generators, they are the most popular options for residential and commercial backup power solutions. Most modern models turn on automatically when there’s a blackout. Convenient but noisy units, standby generators run on diesel or gas. This means they produce toxic gases, hence their ban in most residential areas. A downside for using standby generators is that they require regular maintenance, which often becomes costly.

Factors to Consider When Buying a Generator

If you are wondering what factors should influence your buying decision, this section got you sorted. From power requirements to fuel choice, here are aspects you need to consider when choosing a generator.

• Power requirements 

What appliances will you be running? For how long? Answering these questions will help you determine your power requirements. As mentioned, portable generators produce less energy, meaning you can use them on phones, TVs, and other small appliances.

On the other hand, inverter, solar, and standby generators can power large and small appliances. To know the power requirements, make a list of the devices the generator will be powering. If possible, list in terms of wattage. Ideally, air conditioners, space heaters, and dryers have the highest wattage requirement.

• Fuel Source

If you’re not using a solar generator, you need to consider the generator’s fuel source. There are three types of fuel sources: gasoline, natural gas, and propane. Most generators will run on gasoline since it is the most available fuel.

• Budget

Your budget is arguably the chief determinant of the generator you can buy. If you are cash-strapped, a portable generator might be your best bet. If you can splash money on a large unit, we’d recommend going for the standby or a large solar generator. 

Related articles: House Generators--A Perfect Solution To Power Outage

How to Choose The Best Whole House Solar Generator?

Tips for Choose the Right Size Generator

• Consider The Load Size

First, you need to consider all the appliances the generator will be running. Make a list and add up the total wattage. This will help you determine the electrical power required in your household. You can find the wattage info on the silver nameplate or the manufacturer's website. Keep in mind that some appliances have starting and running wattage. Factor in the highest starting wattage when sizing your generator.

• Convert kW to kVA

Once you add up the total wattage, you’ll end up with the kW requirement. This is the actual power the load will use to produce ample power. Generators, whether solar or inverter, are rated in kVA. Ideally, kW is equal to kVA. 

However, generators are not 100% efficient. As such, you’ll need to convert kW to kVA. To do this, you’ll need to know its efficiency which falls between 0 and 1. Generators have a power factor of 0.8, according to international standards.

To convert kW to kVA, use the following formula:

kW / Power Factor = kVA

• Consider The Running Requirements 

Will you use the generator as your primary or backup source of power? If you’ll use it as the backup option, you can purchase that which meets the running and starting wattage. If it will be your primary source of power, especially during prolonged power outages, you’ll need to size for at least 70% capacity.

3 Generators Recommend for You

BLUETTI EP500 Solar Power Station

This workhorse will provide just the right power to run most of your critical appliances. With 5100Wh capacity, whether you want to power your refrigerator, AC, or freezer, this option got you covered. The best part is that it comes with a built-in storage system. As such, you can use it at night or during periods of little to no sunlight. 

It is also equipped with a 2000W Pure Sine Inverter that ensures the produced power is stable and safe for use. You also get rubberized wheels for optimal maneuverability. Unlike conventional generators, it allows you to connect many devices simultaneously. For convenient control, you get an App and a smart touchscreen. 

While a workhorse, it comes in a compact design, weighing 76kg, and has a size ideal for tight spaces. You’ll also love its elegant design.

BLUETTI AC300 + 1*B300

If you are looking for a generator that is expandable, this is the perfect choice for you. It has a minimum capacity of 3,072Wh and a maximum capacity of 12,288Wh. This ensures you get enough power to run large appliances such as refrigerators and AC systems. What’s more? It is equipped with a 3,000W pure sine inverter for stable and clean current production.

Like most BLUETTI power stations, it provides up to seven charging ways ranging from AC, lead-acid, solar, and your car. This means you can recharge its battery from 3 to 20 hours. And for fast charging, it comes with a dual charging feature, allowing you to use solar and an AC power source. This combination gives you a maximum output of 5400W.

BLUETTI AC500 + B300S

Finally, get yourself this powerful generator from BLUETTI with a maximum capacity of 18,432Wh. It also features an app control which works on Bluetooth and WiFi. this means you can control and monitor it from any room in your house. You recharge it using your car, AC, lead-acid, and solar.

With a 5000W inverter, you are sure your devices are running on maximum power. Furthermore, the inverter ensures your devices are safe from distorted and unsafe electricity. This generator is an ideal option if you want to run large appliances simultaneously. It is suited for temperature levels of between -20 C and 40 C.

Make Your Decision

Your power requirements, appliance wattage, and battery capacity will determine the generator size you need for your home. Make sure to choose a generator that provides more than the required power to prevent it from running at full load.

Talking about generators, one common question is about what devices I can power with a generator. As a common rule, the more the capacity of the generator is, the more the appliances it can run. But this article will specifically examine what you can run with a 2000 Watts generator. 

A 2,000-watt generator can provide electricity for various small appliances, such as light bulbs, cellphone chargers, laptops, toasters, coffee makers, and even medium-size refrigerators. You might also be able to run your window/portable AC, dishwasher, and washing machine. The rated and surge wattage of your generator will tell you what appliances you can run and what you cannot.

For better understanding, Let’s discuss this in detail.

How Wattage is Related to Electrical Power?

Wattage is a measurement unit for quantifying electrical power. It represents the amount of energy a device is burning per unit of time. 

To calculate the wattage consumption of a device, you need to know its voltage and amperage. The formula to calculate wattage is:

W = V x A, 

where W represents wattage, V represents voltage, and A is amperage. 

In case a device operates at 240V and draws 2.5 amperage, its wattage consumption would be 600 watts.

W = 240V x 2.5A = 600W

Below, we have given some examples to make you better understand the concept of wattage and its relation to electrical power.

Light Bulbs

Light bulbs commonly have their wattage labeled, which represents their wattage consumption when illuminated. Consider the example of a 60-watt incandescent light bulb; it utilizes about 60 watts of electrical power per hour of illumination. 

Conversely, an LED light bulb can produce the same amount of light but with relatively less watt consumption, around 7 to 9 watts. That means wattage represents the power consumption of the light bulb rather than its brightness.

Electric Kettles

We all know what the electric kettles do – they heat water. The wattage of an electric kettle dictates how quickly it will heat the water. 

High-wattage electric kettles heat the water faster due to their greater power output. It means wattage also influences the speed at which electrical energy converts to heat energy.

Solar Panels 

Wattage is also relevant in renewable energy solutions like solar panels. The wattage rating of solar panels represents their maximum output under ideal conditions, like prime sunlight and the best possible orientation.  

For example, a 375-watt solar panel can generate up to 375 watts of power. The total wattage can be increased by connecting more panels in a solar array.

Starting and Running Watts of 2,000W Solar Generator

A 2,000-watt solar generator offers two types of wattage: rated (running) and surge (starting) wattage. 

Rated wattage is how much power a device needs to stay working, while surge wattage is how much power a device needs when starting. 

As a general rule of thumb, surge wattage is higher than rated wattage. For instance, a 1,200-watt window AC needs at least 1,800 watts of power to start.

Refrain from burdening your generator with which it cannot bear. Overloading can cause damage and may void your generator's warranty. 

To avoid overloading, add up the watts of appliances you want to run at the same time. Ensure your total ballpark figure doesn't go over the generator's surge wattage rating.

What Appliances Can A 2,000-Watt Generator Run?

A 2,000-watt generator can operate several devices, from light bulbs, deep freezers, and water pumps to small power tools – items common to home, caravanning, and camping.

Home Appliances

A 2,000W generator can provide enough power for a range of appliances around your home, in addition to providing emergency power during blackouts. As such, a 2,000-watt generator is typically used as a home generator.

The table below outlines common household appliances a 2,000W generator can power, along with their running and starting watts.

In An RV or Caravan

The 2,000W generator is an excellent size for RV and caravanning. RVs are often equipped with larger appliances like portable air conditioners and refrigerators. On average, a refrigerator uses 650 watts of continuous power and 1,200 watts of surge power.

The table below can help you unpack the RV combination.

Camping Trips

A 2,000-watt generator can operate most of your standard camping applications, like blow dryers, heaters, washing machines, and electric skillets.

The starting watts of camping applications is sometimes thrice their running watts. So, thorough research of the product manual is recommended.

Below is a table as a reference point for wattage consumption on camping trips.

What Can A 2,000 Watt Generator Not Run?

While a 2,000-watt generator can run several small household devices simultaneously, there are a few appliances it simply cannot operate. 

For example, a 2,000W generator cannot provide enough power to run your central air conditioning system or a central heating unit.

In simple words, anything that takes more than 2,000 continuous watts or more than your generator's surge power won't be usable during power interruptions. 

What 2,000 Watt Generators Does BLUETTI offer?

BLUETTI has an extensive collection of solar generators with different sizes, features, and capabilities. Below are our top recommendations for the 2,000-watt solar generator from BLUETTI.

BLUETTI AC200P Solar Generator + 3*PV200 Solar Panel

The AC200P offers a decent capacity of 2,000Wh. Its powerful AC inverter can deliver a continuous power of 2,000W and tolerate a 4,800W surge as well. It has 17 outlet sources, which include AC/DC outlets, USB-A, and USB-C ports. This 2,000-watt generator also features a cigarette lighter port, an RV port, and a wireless charging pad to facilitate the users on the go.

Last but not least, the AC200P UPS backup comes with an advanced battery management system. It protects your device from every potential risk that may arise during day-to-day operation.

Equipped with 3*PV200 solar panels, whether you want an off-grid power source for blackouts or a solar backup on a caravan trip, the AC200P will make sure your essential devices never skip a beat.

BLUETTI AC200MAX Solar Generator + 3*PV200 Solar Panel

The BLUETTI AC200MAX is not your average solar generator. With the 2,200W pure sine wave AC inverter, it can keep all your home essentials running to their full capacity.

The AC200MAX arrives with an initial capacity of 2,048Wh, but it’s a flexible system. It features two expansion ports, which can accept either two BLUETTI B230 (2,048Wh each) or B300 modules (3,072Wh each).

The AC200MAX presents 24/7 UPS backup, supporting up to 900W of solar input and 500W via the wall adapter. Besides, each BLUETTI battery module has its own input port for wall adapters. For your peace of mind, a 48-month warranty is also provided for this product.

BLUETTI AC300 & B300 Solar Generator + Solar Panel

The BLUETTI AC300 & B300 is a modular system that can power your basic energy needs for days during home emergencies or blackouts. Its battery pack features an initial capacity of 3,072Wh, and its AC inverter is rated at 3,000W.

In addition, the AC300 & B300 can welcome up to four B300 expansion units (3,072W each), bringing the total capacity to an astonishing 12,288Wh. 

What’s more? The AC300 & B300 can be fast-charged at a 5,400W blazing input rate. This input rate combines both 2,400W solar input and 3,000W AC input. To keep things brief, the AC300 & B300 is a reliable UPS backup for all unfortunate times.

Related articles: 2000-Watt Portable Indoor Generator for Home Emergency

Best 2000 Watt Solar Generator [BLUETTI's Pick]

Tips to Choose the Right 2,000W Generator for Your Needs

There are scores of things you need to consider when buying the right 2,000W generator for power outages. Below, we have outlined some tips to help you make an informed choice.

Overall Weight

You may need to move around your generator during times of emergency. That being the case, we recommend buying a wheeled 2,000W generator that does not weigh much.

Safety & Durability

Safety is all well and good. Choose a 2,000W generator that uses safe battery technology. Our vote is for LFP (Lithium Iron Phosphate) batteries since they are highly stable, have a thermal runaway threshold of 270°C, and don’t use any toxins. 

Added Features

Some 2,000W generators have added features, like diverse outlet ports, smart LED screens, and advanced battery management systems. While these features surely add to the cost, they are worth the investment for different situations.

Recharge Efficiency 

What about recharge time? If your 2,000W generator takes 8 to 10 hours to recharge, it might not be able to support you during sudden power emergencies. So, opt for a generator that has a shorter recharge time – preferably 3 to 4 hours.

Final Thoughts

Before investing in a 2,000-watt generator, checking the wattage consumption of your specific appliances is recommended. BLUETTI 2,000W generators are the finest – they use lithium phosphate batteries, have multiple outlets, and can be expanded in response to your evolving energy needs. 

The solar-powered greenhouse offers an alternative way of powering the lighting and heating systems of the greenhouse. Not only is it more cost-effective and energy-efficient, but it is also more environmentally friendly.

In this inclusive article, you will learn about what a solar-powered greenhouse is, how it works, and in what ways it is different from a passive solar greenhouse. This article will also provide some top recommendations for the best greenhouse solar generator.

What is A Solar-Powered Greenhouse?

A greenhouse is a glass structure used for plant growth in extreme weather conditions. A greenhouse can modulate its temperature by absorbing light without complex and energy-intensive heating systems. It helps grow plants that need a controlled temperature.

A solar-powered greenhouse is a structure with solar panels installed on it. These panels collect the sun’s energy and transform it into heat. A solar-powered greenhouse provides a conducive environment for the growth of plants even in the worst climatic conditions.

Without a doubt, the sun provides all greenhouses with the light they need for photosynthesis. But, a solar greenhouse with panels on the roof can help plants in the process of photosynthesis.

How Does A Solar Powered Greenhouse Work?

A solar-powered greenhouse has large windows which are facing the South. The Northside comprises black stone blocks that help absorb and retain sunlight. 

If stated in simple words, Solar greenhouses are glass-oriented. Natural ventilation reduces the heat in the summertime, while in the winter, it helps minimize energy loss.

Its longitudinal axis is oriented to stretch from East to West. The North-facing wall is well-insulated to prevent any heat loss, while the South-facing wall is glazed to absorb as much sunlight as possible.

Tips for Building A Solar Powered Greenhouse

While an attractive option, adding solar panels to a greenhouse requires you to consider a lot of things mindfully. Here are four essential tips for building a solar-powered greenhouse:

Designing Your Solar-Powered Greenhouse

First comes the design. Start by looking for ideal locations for solar panels. These locations should be ones that receive the most sunlight possible during the day. Slopes or roofs facing the roof are usually perfect choices for this thing.

Choosing the appropriate glazing materials is also crucial. Invest in highly efficient glazing material that lets in some light but still keeps out enough cold. Most people go for polycarbonate panels or double-paned glass. These materials, being transparent and able to retain heat, provide an ideal environment for plants to grow.

Assessing Your Solar-Powered Greenhouse Needs

Every one of us knows that different plants require varying amounts of light. While some flourish in direct sunlight, others do the better with filtered or partial sunlight. That is the reason you must be aware of the light needs of the plants you desire to grow.

Also, don’t undermine the local climatic conditions when planning your solar-powered greenhouse. If you live in a colder region, add more insulation to keep the heat inside the structure. Conversely, in hot climates, ensure your greenhouse has a good ventilation system that stops it from getting too hot.

Choosing the Right Solar Generator

Next is the selection of an appropriate solar generator for your greenhouse - it is essential for the best growth of plants. Below are the factors to consider:

• Power Output: Calculate the total energy demand of your gardening tools and other running equipment. Remember, different equipment is used at different parts of the day. So, to figure out the required power output, add the power needs of all equipment and then use a power factor to reach a realistic power usage.

• Battery Capacity: Select a generator with high battery capacity. This way, you can store more solar energy, ensuring a stable supply even during cloudy days.

• Easy to Move: You may have to move your solar generator frequently. So, choose one that is lightweight and easy to move. 

Connecting the Solar Generator 

Connecting the solar generator is the last step in building a solar-powered greenhouse. Also, consider implementing a monitoring system if you want to get the most out of your solar-powered greenhouse. With this system, you can keep track of your energy production, identify problems (if any), and resolve the issues before it gets too late.

Passive Solar Greenhouse vs. Solar Powered Greenhouse

The term “passive solar design refers to construction practices that maximize the gain of solar energy and cut down heat loss. Yes, this name is less known - people have simply called it a solar greenhouse since the 1970s.

On the other hand, a solar-powered greenhouse generates electricity using photovoltaic panels. This electricity is then used for heating, cooling, and ventilation systems. While it comes with more control over environmental conditions, it also has high upfront costs.

While both offer the optimal growing environment and help regulate temperature, they are different in various ways. Below is a comparison between a passive solar greenhouse and a solar-powered greenhouse.

Benefits of A Solar-Powered Greenhouse

Solar-powered greenhouses have numerous benefits for both the farmers and the agricultural industry. Some of these benefits are:

Sustainable Agriculture

Solar-powered greenhouses use renewable energy and don’t emit any greenhouse fumes. By reducing the carbon footprint of agricultural methods and conserving resources like water, they help advance sustainable agriculture.

Extended Growing Season

Solar-powered greenhouses extend the growing season for plants since they keep the temperature and lighting steady. They enable farmers to cultivate crops all year long.

Cost Savings in the Long Term

Building a solar-powered greenhouse may seem expensive at first glance. Yet, it is cost-effective in the long run. Since the sun’s energy is free, you won’t need to worry about high energy or fuel costs and potential energy price hikes. 

Noise-free and Low Maintenance

Unlike greenhouses that use fossil fuels, solar-powered greenhouses work in silence and don’t contribute to noise pollution. Also, their solar systems are incredibly efficient and require minimal repairs.

How Much Solar Power Does A Greenhouse Need?

For this, you will have to consider factors like the greenhouse size, location, climate, and the specific plants you are growing. Solar power needs can significantly vary based on these factors. 

Below is a general guideline for estimating solar power needs on average and for lighting, heating, and watering.

Can Solar Generators Power A Greenhouse?

Yes, definitely! A battery-powered solar generator is an ideal alternative to fossil fuels for powering a greenhouse. But, the market is replete with so many confusing choices, and you may have difficulty finding a reliable solar generator for your greenhouse. 

To keep you worry-free and save you effort, we have curated a list of the best solar generators for greenhouses. These solar generators have been selected after a careful examination of their capacities, portability, and other essential features.

BLUETTI EP900 + B500 Greenhouse Solar Power Generator

The BLUETTI EP900 + B500 is a perfect powerhouse for greenhouse operations. It comes with a staggering capacity of up to 9,000W and can easily run both 120V and 240V devices crucial for cultivation. Its capacity can be expanded from 9,920 Wh to 19,840 Wh by combining two EP900 units in parallel.

The EP900 + B500, with its remarkable 10-year warranty, is an alpha generator that is both durable and reliable for horticultural settings. It uses the safest LiFePO4 battery technology - this way, it eliminates all those risks linked to conventional power sources. 

BLUETTI AC500 + B300S Greenhouse Solar Power Generator

The BLUETTI AC500 + B300S is another excellent greenhouse energy solution. It is packed with an astonishing rated power of 5,000W (10,000W Surge). Its initial capacity is 3,072 Wh. But to your surprise, it can accept up to six B300S expansion modules (3,072 Wh per pack). This way, it offers a total capacity of 18,432 Wh, catering to your diverse energy demands. 

In addition, with its 16 versatile outlets, it can accommodate 99% of your equipment simultaneously. It has all the strength to run your greenhouse for days, even during the wet season. The deal also includes a 4-year warranty, manifesting the BLUETTI’s confidence in their product. 

BLUETTI EP500 Pro GreenHouse Solar Power Generator

The EP500 Pro redefines solar-powered greenhouses. It features an enormous capacity of 5,100 Wh and a pure sine wave AC inverted rated at 3,000W. It comes with 15 outlets, allowing you to use multiple agricultural tools without having to wait.

Like all other BLUETTI solar generators, this unit is also portable. It has four smooth wheels, which makes it a mobile power center for a greenhouse. It also has a built-in dual-core microcomputer, and its software can be upgraded over the internet connection. It also includes a solid 5-year warranty for your peace of mind.

Related articles: How to Build a Solar Heater for a Greenhouse？

How Much Does a Solar Panel Greenhouse Cost?

Final Thoughts

Is drastic climate change affecting your vegetation? Investing in a productive greenhouse enables you to produce food and grow plants all year round. Solar-powered greenhouses produce their own energy and don’t affect the environment with harmful emissions. They contribute to both the agricultural industry and a greener planet.

BLUETTI solar generators are superior to passive solar greenhouses or solar panels for greenhouses since they are movable, don’t require installation, and keep going with the least maintenance. 

But what if you live in an apartment cluster? Can you use a backup generator there? Yes. You are allowed to use a generator as long as it doesn’t violate the peace of your landlord and neighbors.

Solar power generators are the ideal choice for apartment residents looking for a stable yet noise-free backup power source. These lightweight generators may look like suitcases but are very effective and safe to use in an apartment. 

This 2024 buying guide will discuss everything you need to know about apartment generators and also provide some of the best generator recommendations to save you time and effort. Let’s get started.

Do Apartments Have Power Generators? Should I Buy One?

Yes. Many apartment clusters have backup power generators. These are big standby generators and turn on automatically to keep lights, elevators, and other essential services working during an outage. But, in most cases, these generators are not attached to individual apartments.

It means if the power goes out, you may not be able to use your home lights, appliances, and tools. This could be really annoying and lead to food spoilage if you reside somewhere with frequent outages. That is the reason more and more people are buying generators for their apartments. But before you rush to buy one, knowing which kind of generators are allowed in apartments is crucial.

Although most people typically use gas-powered generators for backup power, these are unlikely to be ideal for apartments. They are loud, emit fumes, and may pose safety hazards if not installed and used properly. In addition, many apartments have restrictions on the use of gas-powered generators because of safety concerns, noise complaints, and urban regulations.

So, what can be an alternative solution? Battery-powered solar generators are the most recommended power source for apartments. They are the absolute winner since they are quieter, more eco-friendly, and relatively cost-effective. 

These compact apartment generators require minimal maintenance and operate off-grid, so you won’t have to take any permissions to get it installed. These generators can be conveniently charged with solar power. All you need is a small sun-facing area like a balcony to generate the necessary solar panel energy. 

What Kind of Generator Is Suitable for Apartments? 

Although most people typically use gas-powered generators for backup power, these are unlikely to be ideal for apartments. They are loud, emit fumes, and may pose safety hazards if not installed and used properly. In addition, many apartments have restrictions on the use of gas-powered generators because of safety concerns, noise complaints, and urban regulations.

So, what can be an alternative solution? Battery-powered solar generators are the most recommended power source for apartments. They are the absolute winner since they are quieter, more eco-friendly, and relatively cost-effective. 

These compact apartment generators require minimal maintenance and operate off-grid, so you won’t have to take any permissions to get it installed. These generators can be conveniently charged with solar power. All you need is a small sun-facing area like a balcony to generate the necessary solar panel energy. 

How to Select A Solar Power Generator for Your Apartment?

Selecting a reliable solar power generator for your apartment is not a piece of cake. Rather, You will need to consider a number of aspects mindfully. 

Your Energy Needs

The average one or two-bedroom apartments consume between 10 kWh to 30 kWh of energy per day. But the exact figure may vary depending on the apartment size and age, the number of appliances, and the way people live.

So, calculating the average energy consumption is crucial since it will help you determine the size of the generator your apartment needs. You can simply do it by finding an average of your monthly bills, preferably over a year. BLUETTI solar generators come in a variety of sizes that can cater to your unique energy needs.

Charging Options

Most solar generators get their fuel from solar panels, but there are models available that provide alternative options for charging. For instance, BLUETTI solar generators offer seven ways to recharge, including an AC power outlet, a lead-acid battery, and a car charger. Such solar generators are more adaptable for miscellaneous scenarios. 

Battery Life

The duration of time an apartment solar generator’s battery can last hinges on its capacity and the wattage requirement of appliances you use. To figure out how long your solar generator can power your apartment, divide the capacity by the watts of the appliances or devices you want to operate.

Recharge Time

Recharge time is the amount of time a solar generator takes to charge after it has been depleted fully. A shorter recharge time means your solar generator’s battery will be replenished quickly. BLUETTI solar generators are equipped with advanced Battery Management Systems (BMS) and can be charged up to 95% in less than 2 hours.

Recommended BLUETTI Solar Generators for Apartment

Now that you know a battery-powered solar generator is a reliable energy option for your apartment, you may feel the rush to buy one. But unfortunately, the market is full of unauthentic products. So, we have curated some top recommendations for the best solar generators for closed spaces like apartments. 

BLUETTI EP900 + B500 All-in-One Solar Power Generator

Harness and store the solar energy for use on demand with the BLUETTI EP900 + B500 solar generator. It’s a reliable system that will keep all your essential appliances working. 

It is a perfect solution whether you want to avoid high energy costs during peak hours or simply want a backup in the event of blackouts. Additionally, you can sell any surplus electricity back to the electricity grid. This way, it will make your energy consumption not only efficient but also cost-effective.

The EP900 + 2*B500 has an astonishing capacity of 9,920 Wh. With its rated power of up to 9,000W, it can run all your 120V or 240V appliances without a hitch. These things make it suitable for high-wattage gadgets and appliances such as power tools in residential and small business scenarios.

What if your energy needs evolve over time? No Worries. The EP900 + B500 is a 100% modular and adaptable solar system. You can combine two EP900 units in parallel to reach a whopping capacity of 19,840 Wh. 

The EP900 + B500 employs the safest LiFePO4 battery technology. BLUETTI also offers an unmatched warranty of 10 years for this solar backup. It shows their confidence in its performance. 

BLUETTI EP500 Pro Movable Solar Power Generator

The BLUETTI EP500 Pro has an enormous 5,100 Wh battery pack and a pure sine wave AC inverter with a 3,000W rated power. In addition, it has 15 versatile outlets. That implies with the EP500 Pro by your side, you can power everything from computers to air conditioners and space heaters.

Like all BLUETTI solar generators, the EP500 Pro has a sleek, minimal design that will remind you of the Tesla Powerwall. The only thing that makes the EP500 Pro distinct from Powerwall is that it is not designed to be mounted on the wall. It has four smooth-rolling transport wheels so you can easily take it wherever you want. 

You can now control your EP500 Pro with the BLUETTI remote app from afar. That means you no longer have to walk to your solar generator to find out how much power is left in your batteries or inverter. It also includes a built-in dual-core microcomputer and can be easily upgraded through the Internet. In other words, the EP500 Pro is always getting better.

The EP500 Pro can be paired with 1,200 MPPT solar input - this will quickly charge your unit or keep your devices running without draining the onboard battery.

BLUETTI AC200MAX Expandable Solar Power Generator

The BLUETTI AC200MAX is an expandable solar generator with 2,048 Wh LiFePO4 battery cells and a powerful 2,200W pure sine wave inverter. It is a mobile power center at the apartment or on the go.

Want a unit that is both strong and flexible? The AC200MAX has got you covered! It has two expansion ports where you can attach either two BLUETTI B230 (2,048 Wh per pack) or B300 battery modules (3,072 Wh per pack). These modules can increase the total capacity of your AC200MAX unit to an amazing 8,192 Wh.

The AC200MAX can accept up to 900W of solar input and 500W from the adapter. You can even charge it simultaneously using both solar panels and a wall outlet - this will give you a stunning charging rate of 1400W, and your battery-powered generator will be fully charged within two hours.

With the 16 outlets on the AC200MAX, you can run all of your devices at the same time without getting hot. And for RV fans in particular, the AC200 MAX has a 30A NEMA TT-30 plug and a 12V 30A super powerful DC outlet that are built in.

Related articles: Solar Energy for Apartments and Renters: Solutions and Tips

How to Choose the Best Generator for an Apartment？

Final Word

A solar generator is an extraordinary choice for an apartment because it is quiet, doesn’t hurt the environment, and is efficient. Unlike gas and diesel power generators, it does not require any special maintenance. It provides energy independence and security in the event of outages. In fact, some models, like the BLUETTI EP900 + B500, are powerful enough to keep your home appliances running for days without much upkeep.

Don’t let power outages disturb your routine. Investing in a good solar generator will keep you prepared for unexpected situations, be they grid failures or rainy season outages. So, what are you waiting for? Go to the BLUETTI website and discover how their portable solar generator for apartments can transform your living, either during peak hours or unanticipated grid failures.

Conventional fuel and thermal generators can live up to the purpose, but their noise is definitely not something one wishes for. Additionally, they need a constant supply of fuel that could be a burden on your pocket, and their environmental impact is also a case in view.

Conversely, solar-powered generators can be a more feasible choice. Although their upfront cost may be relatively high, they can save you fuel costs in the long run. In addition, they work silently and have little environmental impact.

However, a critical question in this regard is whether solar-powered generators are capable of running the tent air conditioners and for how long. This article will comprehensively answer the lying question while discussing everything about tent air conditioners, including their types, wattage consumption, and whether you can use solar generator to power tent air conditioner.

Understanding Tent Air Conditioning

Climate controllers are quite good choices to balance your tent’s temperature, but, unfortunately, they cannot block all the heat during those scorching days – this is exactly where tent air conditioning appears on the scene. 

Tent air conditioning, as the name suggests, is a special type of conditioning that can optimize the temperature of your tent on intense hot days. Unlike conventional AC systems, tent air conditioners are relatively affordable and portable as well. They operate on batteries and eliminate the need for an electrical connection or outlet. 

However, how much they cost can vary based on the features, capacity, and output power. Their typical starting price is about a few hundred dollars, but it can go up to a few thousand dollars based on their BTU rating, efficiency, warranty coverage, and more.

Types of Tent Air Conditioners

If you are looking for a unit particularly designed to be used as a tent air conditioner, your search will end in vain. There are no specific units as such. Yet certainly, there are products made for other purposes, but which are adaptable to be used in camping scenarios as well. 

Let’s have a closer look at them.

Evaporative Coolers

Evaporative coolers are just fans and produce cooling using evaporation. Many of you will already be aware of what evaporation is – it can draw an incredible amount of heat and is perhaps the most energy-efficient way to keep things cool.

Evaporative coolers are low-powered, and you can have a good one within the range of $50~$100. But let’s make things clear – don’t expect them to work miracles, and remember, the water vapors need a way to escape, or else your tent will convert to a greenhouse.

Window Air Conditioners

Window air conditioners are very similar to the units that are used to keep small apartments cool. They are ideal tent air conditioning systems, operating on about 5,000 BTUs. 

However, window air conditioners must have a ventilation spot that can fit the entire unit. That means if your tent lacks a pre-manufactured ventilation spot, you may have to make some extra effort to build the one.

Portable Air Conditioners

Portale ACs, as their name suggests, are easily transferable. Generally more powerful than window air conditioners, portable air conditioners run on 8,000 BTUs and can keep a space of up to 200 sq. feet cool. 

Portable air conditioners also need ventilation. But instead of an entire ventilation spot like the window AC, they use a small hose point.

How Many Watts Does A Tent Air Conditioner Use?

The wattage requirement of tent air conditioners can fluctuate based on the AC's BTU rating, its size, and energy efficiency. The more powerful the air conditioner is, the higher the wattage requirement will be.

The cooling power of an air conditioner is typically measured in BTUs (British Thermal Units). In technical terms, the BTU rating and watts are related in the following way:

1 BTU = 0.293 W.

While low-powered evaporative coolers only use 200W to 400W, a window air conditioner needs a supply of 1,400W. Portable AC systems require even more power; a medium-size portable air conditioner uses around 2900W per hour.

Can Use Solar Powered Generator to Power Tent Air Conditioner?

Solar-powered generators are portable and the most affordable solutions for both outdoor and indoor purposes. Not only can they power your tent's air conditioner but other appliances, too. Unlike conventional fuel generators, it does not emit harmful fumes or carbon monoxide. The solar panels collect and transform the sun's energy into usable electricity, which is then safely stored in the battery backup for later use.

However, the size of a solar generator matters a lot. While a small solar generator can effortlessly power your tent air conditioner for a few hours, you cannot run multiple appliances with it simultaneously. If you plug in additional appliances, it may lead to overloading and even damage your generator and appliances.

As a general thumb rule, a tent air conditioner with 8,000 BTUs needs less than a 1,500W generator. Likewise, a 14,000-BTU AC system requires a larger solar generator. Below is a table of minimum solar generator sizes for different tent air conditioner BTUs.

How to Choose the Right Solar-Powered Generator?

Not all solar-powered generators are created equal. They often vary in terms of capacity, power output, wattage, and other factors. These factors have been discussed below:

So, it is recommended to look for a solar generator that can accommodate both the surge and normal wattage requirement of your tent AC.

3 Solar Powered Generators for Tent Air Conditioning

BLUETTI is a leading global trademark when it comes to solar applications. Below are three of their best products that we found the most suitable for tent air conditioning.

BLUETTI EB70S Solar Powered Generator

Are you in search of a small solar-powered generator for your tent evaporative cooler? The BLUETTI EB70S marks the end of your quest; it is an ultra-stable power source. 

The EB70S offers a modest capacity of 716Wh and is rated at 800 watts power – that means it can effortlessly power your evaporative/spot cooler. You can even use it to power low-BTU tent air conditioning systems.

The EB70S is highly efficient when it comes to charging. It won’t take longer than three to four hours when getting charged through solar panels or an AC wall plug. While traveling, it can be charged through your 12V carport, but the charging will be slower than usual.

In addition, the EB70S offers a variety of output choices, such as four AC outlets, two USB-A ports, one carport, and a wireless charging pad as well.

BLUETTI EP500 Solar Powered Generator

The EP500 is another high-tech solar-powered generator designed by BLUETTI. It is a perfect energy storage solution for RV and camping adventures, thanks to its 5,100Wh capacity and powerful 2,000W pure sine wave inverter. 

The EP500 will make outdoor living more comfortable for you. With the EP500, there is no need to worry about your energy needs while enjoying the nomadic life. It can effortlessly run your tent AC for hours and power other essential camping devices as well.

What about durability? The EP500 can withstand over 3,500 rounds and still maintain 80% of its original capacity. It has four wheels so it can be moved around easily.

Like the EB70S, it also incorporates various outlet sources and is compatible with both 150V and 240 electronic devices. These features further add to its utility for outdoor and RV adventures.

BLUETTI AC200MAX Solar Powered Generator

Our third recommendation is BLUETTI AC200MAX. It boasts an excellent capacity of 2,048Wh and can power your tent air conditioner, e-bikes, and micro coolers without breaking a sweat.

The thing we most appreciate about the AC200MAX is its expandable nature. Add up to two B230 expansion units or B300 to reach a capacity of 6,144Wh or 8,192Wh, respectively. 

Furthermore, the AC200MAX can accept up to 900W of solar power and 500W of AC input. In case you want a more expeditious recharge, connect it to both solar input and a wall plug simultaneously – it will be recharged up to 99% in less than two hours.

Related articles: How a Solar Generator Power Your RV Air Conditioner?

Guide for Buying Camping Air Conditioner

Final Thoughts

A tent air conditioner can cool your tent whenever you need it – this is something uncontradictory. But obviously, a tent AC has some energy needs that cannot be fulfilled all the time unless you have a solar-powered generator.

Fortunately, with so many advancements, many quiet generators work with minimal sound. Keep reading to know more about BLUETTI's top 5 quiet generators for home use, factors to consider, and more.

What Classifies A Generator As 'Quiet'?

Before selecting a quiet generator for home use, you should understand what a "quiet generator" actually is. When it comes to noise level it's measured in decibels (dB). The lower decibel rating of the generator means it has low operating sounds. 

Considering a home generator for home, it can have lower than 60 dB. This range is perfect for normal household work and will not disturb the neighbors. 

Also, some home generators are less than 50 dB. These are known as ultra-quiet generators, which are excellent for home use. The minimal noise and effortless working ensure no disturbance to the normal tasks of the home. Also, you can peacefully access power and enjoy your home time without constant noise. Therefore, considering a home generator with less than 60 to 50 dB means you're going with "quiet generators."

BLUETTI Top 5 Quiet Generators for Home Use

Now that you have an idea of how many decibels are normal for household use, here are the most compatible BLUETTI top 5 quiet generators for home use:

BLUETTI EP900 + B500 (Noise Less Than 50dB)  

BLUETTI EP900 + B500  is the perfect match for home use, with a noise level of less than 50 dB. This is great as it's really quiet. Also, with its quiet features, it has great potential for revolutionizing your home power needs.

It's a 9,000W generator with a B500 battery with <25dB of noise. The rated capacity of B500 is 4960Wh. But you can scale it up to 9.9KWh~19.8KWh with the help of 2~4 B500 expansion battery packs.

The generator has a LiFePO₄ battery known for its durability, efficiency, and safety. 

Moreover, with a ten-year warranty, App control, and easy interface, it has an amazing user experience. You can also pair it with existing or new solar solutions. The IP65 water-resistant quality makes it perfect for both indoor and outdoor installation. You can also sell electricity back to the grid, which makes it a very budget-friendly option.

BLUETTI AC500 + B300S (Noise Less Than 50dB)  

BLUETTI AC500 + B300S  is a 5,000W rated power home generator with a single B300S with 3,072Wh of battery capacity. The noise level is less than 50 dB. The B300S also has very low operating sound.

Moreover, you expand its battery potential from 3,072Wh to 18,432Wh with additional batteries. It makes it suitable for all small to large household needs. It also features a LiFePO4 battery with 3,500+ life cycles to 80%.

It can be recharged in six ways (AC/Solar/Car/Generator/Lead-acid Battery/Dual Charing (AC/AC+Solar). Plus, the generators have 16 versatile outlets for powering multiple devices simultaneously. 

With great expansion potential, monitoring options, a four-year warranty, a premium battery, and features, it's one of the best additions to the home. 

BLUETTI AC300 + 2*B300 (Noise Less Than 50dB) 

BLUETTI AC300 + 2*B300 is a 3,000W AC pure sine wave inverter that can handle a 6,000W surge. It has less than 50dB of noise, perfect for household needs.

Also, it comes with B300 batteries, which have a battery capacity of 3,072Wh each. You can also scale it up to 12,288Wh with 4 × B300 battery packs. LiFePO4 battery with 3,500+ life cycles to 80% makes it safe, durable, and long-lasting. It can be recharged in six ways (AC/Solar/Car/Generator/Lead-acid Battery/Dual AC/AC+Solar). It also has 16 output ports to connect multiple devices to power them.

BLUETTI EP500 + 3*PV200 (Noise Less Than 50dB) 

BLUETTI EP500 + 3*PV200 is a pure sine wave inverter with a 2000W output. It has a 5100Wh battery capacity and features the premium LiFePo4 battery. The noise level of less than 50dB makes it compatible for home use. This movable power station also comes with three 200 W solar panels, making it a complete package.

It can be recharged with both AC units and solar panels as you desire. Plus, over 18 output ports on it help you effortlessly power any device simultaneously. The App Remote Control, Smart Touchscreen, four years warranty, and user-friendliness make it great.

BLUETTI AC200MAX + 1*B230 (Noise Less Than 50dB)  

BLUETTI AC200MAX + B230  also has a less than 50 dB noise level. It's a 2,200W AC pure sine wave inverter that can handle a 4,800W surge. The B230 features 2,048Wh of battery capacity.

You can expand it to 6,144Wh with 2×B230 or 8,192Wh with 2×B300 with additional packs. Moreover, you can recharge this unit in seven ways: (AC/Solar/Car/Generator/Lead Battery/Dual AC/AC+Solar). Also, it has 16 output ports, so you can directly add multiple devices to power them. You can also initiate a maximum dual fast charging of 400W with (Solar + AC Adapter). 

All these BLUETTI products have less than 50dB noise, premium LiFePO4 batteries, smart controls, great features, and a user experience. Moreover, the one-day installation, modular designs, and flexibility will enhance your home paper needs for all grid, on-grid or hybrid systems. So, check the power output and battery capacity according to your needs and bring home the best BLUETTI quiet and efficient generators. It will ensure 24*7 backup, save bills and be great for the environment.

How to Choose a Quiet Generator for Your Home Use?

Here are some tips for choosing a quiet generator for your home use:

Check the Decibels: First, check the decibels of generators and the batteries. The ideal decibel range is less than 60dB for quiet operation at home.

Check the battery capacity: You should choose a generator compatible with your energy needs. For example, if you experience blackouts, have an off-grid system, etc, you may require a generator with a large battery capacity. You can check your utility bills to know what your energy requirements are.

Power output: The power output of the generator should be according to the power needs of your appliances. So, check the running and starting power of appliances. Plus, check the running time and how many members at home use the appliances. This will help you have the most compatible power output generator.

Portability: You can choose light, moderate, or heavy generators according to your unique requirements. Consider lighter ones if you love to carry power generators to outdoor events, parties, camping, etc.

Brand performance: Always check the online reviews, warranty perks, customer experience, etc., to choose the best one.

Compatibility with power systems: The home generator should be compatible with your present and future power systems. It can be a tied, hybrid, or complete off-grid system. This will help you make the best out of it.

Why Choose BLUETTI?

BLUETTI means BLUE Sky Tomorrow Technology Innovation. BLUETTI aims to revolutionize energy solutions for a better present and future. This means access to power 24/7, flexibility, energy efficiency, and a lower carbon footprint.

Therefore, BLUETTI has a range of portable and stationary power units for outdoor and home use, solar panels, and much more. The use of LiPO4 batteries means high energy efficiency and durability.

Plus, great warranties, one-day installation, advanced features, and support make BLUETTI the best. You can explore a plethora of energy solutions that are compatible with various needs. You can go from light, moderate to heavy needs home energy solutions according to your requirements. 

Another bonus is they give great expansion ability by adding additional battery packs. You can scale the power system at any time according to your needs.

The flexibility to recharge it in multiple ways and various output ports makes the solutions effortless. Moreover, the App control, monitoring panels, etc, are great for managing the units. You can pair them with a grid, hybrid, or off-grid system. 

Even after you've installed the system, you can call BLUETTI for any assistance, maintenance, repairs, etc. The pre and post-prompt services make BLUETTI solutions the best and most useful.

Bringing these solutions home means low bills, energy-saving, eco-friendly steps, and convenience. Furthermore, all these features, flexible options, and eco-friendly approaches make BLUETTI a global name in energy needs.

Final Thoughts

These were the top 5 BLUETTI quiet generators, which boast efficiency, durability, flexibility, and quiet operation. The low noise level operation means you can peacefully be home without constant backdrop noises. This is a blessing; thanks to advanced technology, this is possible with the BLUETTI products. You can review all the tips, products, and additional information in the article for the best purchase. So, bring home efficiency, clean energy, and lots of convenience with BLUETTI energy solutions.

According to Statista, over 50 million people older than 6 years of age went camping between the years 2021 and 2022. 

Both regular camping with tents and RV camping has increased in popularity tremendously over the last 2 years. 

Camping products are also in high demand (naturally). According to Pattern, there has been a 33% increase in people shopping on Amazon for camping tents this year when compared to Pre-Covid 2019. Other outdoor gear high in demand are lanterns, backpacks, camp stoves, and, you guessed it, solar generators. 

Campers are looking for ways to produce electricity on these outdoor excursions to stay out for longer or camp in areas that don't have power. 

This article talks about solar generators and how you can choose the right size for your camping trip.

Components Of A Solar Generator

Before purchasing a solar generator, it is important that you know what components they are made up of.

Most modern solar generators are made up of the following major parts: 

• Charge Controller
• Inverter
• Battery

Charge Controller 

The charge controller comes in two types, Pulse Width Modulation (PWM) and Maximum Power Point Tracking (MPPT). 

MPPT devices are more efficient than their PWM counterparts. In fact, MPPT charge controllers can be up to 30% more efficient.

BLUETTI solar generators only use MPPT charge controllers. 

What do they do? 

Charge controllers are responsible for looking after the solar generator's battery when charging. Essentially it regulates the voltage and current produced by the solar panels and ensures the battery is not overcharged. 

Inverter

Inverters come in a few different types, we won't list all of them here, but the most efficient type on the market is the Pure Sine Wave inverter. 

BLUETTI solar generators only use Pure Sine Wave inverters. 

What do they do?

The inverter is an extremely critical component of your solar generator. It is responsible for transforming the Direct Current (DC) of your battery into Alternating Current (AC). 

This is important as all the appliances you want to use with your solar generator require AC electricity in order to function. Therefore, without the inverter, you wouldn't be able to power anything. 

Inverters come rated in watts and are very important to establishing the correct size solar generator for your needs (we will touch on this later).

Battery

The key component in any solar generator is its battery. Batteries come in so many different types it would take a while to list them all here. If you are interested in learning about these types, take a look at this Wikipedia article. 

BLUETTI solar generators use Lithium Iron Phosphate (LiFePO4) batteries in their solar generators. The same type used in the Tesla Model 3. 

What do they do?

Most of us are already familiar with what batteries do. They store energy. The chemistry of a battery determines how that energy is stored though this is why it is very important that you know which battery your solar generator has.

Additionally, batteries come rated in their capacity to store energy. This is shown as the unit of measurement Watt Hours (Wh). 

This metric is incredibly important as it notes how much energy your solar generator can store and, thus, how long it can power your camping appliances.

What Size Solar Generator Do I Need For Camping?

When sizing a solar generator, you are going to want to pay attention to both the inverter power rating (W) and battery capacity (Wh). 

Inverter Power Rating

The inverter determines what appliances you are able to power. For example, let's say you want to power a coffee machine on your camping trip. 

You need to ensure that the wattage of the appliance you want to be powered coincides with the inverter power rating of your solar generator. 

For example, if you buy a 500 W solar generator but want to power an appliance rated at 1000 W, you are going to have a problem. The solar generator will simply not function. 

Battery Energy Capacity

The next unit of measurement to pay attention to is the energy capacity (Wh) of your solar generator. This is going to determine how long you can power certain appliances. 

There is a really simple formula you can use in order to determine the run times of certain appliances based on the energy capacity of your generator. 

It looks like this: Run time = Battery capacity × DoD × η ÷ Device rated power. DoD refers to Depth of Discharge, and η is local inverter efficiency.

BLUETTI solar generators have DoD and η of 90% (thanks to that LiFePO4 and Pure Sine Wave inverter). 

Two Ways to Size Your Solar Generator

Option 1.

You can make a list of all the appliances you wish to power on your camping trip. In doing so, you will see which solar generator best suits your needs.

Your list will need to include their wattage, run time, and energy usage. Energy usage can be calculated by multiplying the wattage by the run time.

With this table we can now see the total wattage (assuming we want power everything at the same time) and the total energy required to power said appliances for their proposed run times. 

With this in mind the BLUETTI EB55 would be the perfect sized solar generator for this camping trip. 

Option 2. 

You can use the formula we mentioned above. 

Run time = Battery capacity × DoD × η ÷ Device rated power.

For this you will need to have a solar generator in mind, let's say you are thinking of buying the BLUETTI AC200P. This is rated at 2000 Wh. 

Now you want to power a small camping TV rated at 100 W. 

Here's the formula in use: 2000 Wh x 0.90 x 0.90 ÷ 100 W = 16.2 hours. 

Final Thoughts

As you can see option two rather allows you to figure out how long your chosen solar generator can run appliances for, where option 1 gives you an idea on what size solar generator you would need to power your proposed appliances.

Nevertheless, both options can be used to help size a solar generator for your camping needs.

Given that the majority of your homes appliances will likely not be rated more than 1800 watts (unless you start looking at power tools). 

This means that a 3000 watt solar generator will be capable of powering pretty much all your homes appliances individually. If you would like to run things together, you will need to make sure that the combined energy transfer does not exceed 3000 watts. 

Remember though, that you will also need to your appliance surge rating into consideration. That is, the brief power spike upon startup. 

Although a 3000 watt solar generator may be rated as such, they often come with a rated surge capacity too.

Difference between 3000 Watt & 3000 Watt Hour 

Most mainstream solar generator brands often market their generators by including either the energy capacity or powering capabilities in said models title. 

For example, the BLUETTI EP500pro 3000W / 5100Wh. 

In fact, if you head over to our site, you will see that all our products are listed with both their capacity and power rating (as can be seen above).

Many people often confuse W with Wh, are they the same thing, do they serve the same purpose? 

The answer is no. 

In fact, they are extremely different. 

As you can see many of our solar generator models often have a different watt and watt hour rating.

Below we will explain why. 

What is a Watt?

The watt is a unit of power recorded in the International System of Units, and equals 1 joule per second or 1 kg⋅m²⋅s⁻³. It is used to quantify the rate of energy transfer.

What is a Watt Hour?

A watt-hour, is symbolized as Wh, and is a unit of energy equal to one watt of power used for one hour of time.

What about an Amp Hour? 

Most vehicle batteries or standalone solar batteries are often rated by their amp hour (Ah) capacity. 

An Ah is a unit of electric charge. It is the charge capacity of a battery, while a Wh is a unit of electrical energy. It is the energy capacity of the battery. 

You can convert Ah to Wh if you'd like, the formula is simple: Energy (in Wh) = capacity (in Ah) x voltage (in Volts). Or simply Wh = Ah x V

What can a 3000 watt solar generator power? 

When we talk about what a 3000 watt solar generator can power remember we are only talking about the rate of energy transfer. This means we will know what it can power, but not for how long. To know this we will need to know the energy capacity of the built-in battery.  

This is a highly important fact to consider when choosing your solar generator size.

Nevertheless, please see the table below to find out what a 3000 watt solar generator can power. 

(Please note the below table is courtesy of Climatebiz)

What 3000 Watt Solar Generators Does BLUETTI Offer?

• AC300
• EP500 Pro 

AC300

The AC300 is BLUETTI's first 100% modular portable solar generator. That is, on its own it will not be able to power anything as it does not house a built in battery. 

It does however house a monstrous 3000 watt pure sine wave inverter and when paired with the B300 battery packs will be able to power almost all your household appliances. 

Tech Specs: 

• 3,000W AC Pure Sine Wave Inverter (6,000W Surge)
• Expandable Up To 12,288Wh with 4×B300's
• 7 Ways to Recharge (AC/Solar/Car/Generator/Lead battery/Dual AC/AC+Solar)
• 2400W Max. Solar Input
• 5400W Max. Fast Dual Charging (Solar + AC Adapter Simultaneously)
• Smart App Control & Monitor
• 240V Connection Available
• 24/7 UPS Home Backup

EP500 Pro

Unlike the AC300, the EP500 Pro is a complete fixed system, in that the entire unit can be used as is to power. your household appliances. It hosts a whopping 5100Wh LiFePO4 battery with a pure sine wave inverter rated at 3000 watts. 

Tech Specs: 

• 5100Wh LiFePO4, 3500+ Cycles to 80% Capacity
• EP500Pro: 3000W Pure Sine Wave Output
• Movable Power Station
• In-grid UPS Mode&Flexible UPS Mode(24/7)
• Off-grid Energy Storage
• Multiple Devices Can Be Loaded Simultaneously
• Flexible Recharging Way To Keep Your EP500 Always On
• App Remote Control
• Smart Touchscreen

What to Look at When Buying a Solar Generator？

Battery Capacity (Wh)

The watt-hour rating signifies a solar generator's battery capacity, a pivotal specification. It greatly influences the size and weight of the unit, as the battery can constitute up to 60% of the total dimensions. While larger capacities may appeal to some users, remember that as capacity increases, so does the weight. Portability is essential for outdoor solar generator use, so unwieldy systems should be avoided.

Power Output (Watt)

The power output level determines which devices you can run and charge. This specification demands attention, as the output power must exceed the combined rated power of your electrical devices to ensure they all function smoothly, particularly when used concurrently. Understanding your electricity demands and matching them with your solar generator's output power is crucial.

Run Time

The duration a solar generator can operate varies based on models and usage scenarios. High-power appliances like electric grills or microwaves deplete power quickly. However, smaller models can sufficiently power smartphones and laptops for a weekend getaway. A quick formula helps estimate run time:

(Battery capacity * Usable percentage, typically 80% to 82%) / Device's rated power = Run time

Charging Speed

While sunlight is abundant, daylight hours are limited. On average, solar generators require 5-8 hours to charge due to restricted solar input capacity. Nevertheless, the BLUETTI AC300 excels, completing charging in just 1.8 - 2.3 hours with a 2400W solar input. This means faster device charging with solar panels using Growatt’s solar generator.

You can calculate solar charging time using this formula:

Capacity / Maximum solar input = Solar charging hours

For example, the BLUETTI AC300:

3072Wh / 2400W = 1.28 hours

Actual solar charging times may vary due to sunlight intensity and environmental factors, but Growatt assures that the BLUETTI AC300 can fully charge in 2.3 hours.

Battery Type

Solar generators primarily employ NMC (lithium nickel manganese cobalt oxide) and LFP (lithium iron phosphate) batteries. These two types differ in material composition, leading to variations in density, lifespan, and stability.

Outlets

The quantity and types of outlets on a solar generator are significant. The number of outlets determines how many devices or appliances the unit can simultaneously charge or power. The outlet types dictate which device or appliance can be connected.

Final thoughts

We thought it necessary to briefly touch on our modular solar technology. That is, our BLUETTI AC300. Some of you might at first glance question why one would want to purchase a modular solar generator. 

Why not just have one device that can power all your appliances, like the EP500 Pro? 

While the EP500 Pro may be perfect for your energy needs, you need to remember that each persons energy needs will be different from one another. 

So what are the benefits of a 3000 watt modular solar generator? 

Well, it allows you the ability to accept external battery packs and boost its capacity as you see fit.

Meaning in theory you could add up to x4 B300 battery packs. This would boost your modular solar generators capacity up to 12,288Wh. Far superior when compared to the EP500 Pro's 5100Wh capacity. 

Alas, it all comes down to your unique energy needs, so make sure to consider this before purchasing any solar generator. 

Browse all our solar generators here

Whole house solar generators are becoming the go-to solution for the ever-increasing power outages sweeping across America.

According to PowerOutage.US, utility customers experienced 1.33 billion outage hours in 2020, up 73% from roughly 770 million in 2019. With extreme weather occurring more frequently, that number is only set to increase going into 2022. One way homeowners can ensure they are protected from any outages is to equip their home with a solar generator system, or solar generator, which can power appliances such as TVs, refrigerators, washing machines, vacuum cleaners, and air conditioners.

One way homeowners can ensure they are protected from any outages is to equip their home with a solar generator system, or solar generator.

Solar systems are expensive, and not everyone can afford them. Solar Generators, although a viable solution, are noisy and unsustainable.

On the other hand, whole home solar generators check all the boxes. More affordable, has no noise, and is much more sustainable.

In this article, we will explain why you should look into purchasing a whole house solar generator kit and how to choose one and four of the most recommended kits available.

Why should I get a whole house solar generator kit?

1. Solar generator run silently and emit no fumes

As you may be well aware, solar generators do not emit any toxic fumes and are almost completely silent. 

They emit no fumes as they do not burn any fuel in order to operate (such as gas-powered generators). 

Additionally, they are silent. They emit less than 60dB (while the inverter fan is running) other than that. They make no sound. For context, a whisper is 30dB and a human conversation is about 60dB. 

2. Solar power is a renewable clean energy source

One of the most important aspects to focus on, sustainability. Solar generators essentially recharge themselves via the power of the sun. 

This means you do not need any grid connection in order to power your appliances. As long as there is sun, you are pretty much good to go. 

3. UPS battery capacity

Most residential solar generators are designed to kick on as soon as the utility power fails and to shut off when utility power is restored automatically. in other words, you will have uninterrupted power supply (UPS).

4. Sufficient solar supply

A whole house solar generator allows you to power all of your home’s electrical appliances, such as ventilators, TVs, kitchen utensils,vacuum cleaners, and more, using clean, renewable energy.

5. Low maintenance

With solar generators, solar panel and power stations, minimal maintenance is needed to keep your system running well—just make sure it’s charged with plenty of sunshine!

6. Flexibility with generators

Many battery-based storage systems can also integrate with additional batteries or add-on products to create a customised solution for your unique home energy needs—including adding storage capacity via an additional battery.

How to choose the best whole house solar kit?

Choosing a solar generator really all comes down to what your electrical needs are. How many appliances do you want to power, and for how long? 

We will get to that in a second. 

With regards to the actual product. You want to make sure that the brand you decide on is using the latest technology. The reason for this is simple: LCOS - Levelised cost of storage.

Do not be swayed by brands offering extremely cheap solar generators. It is not the price tag that counts, it is the LCOS. 

The LCOS is the cost of kWh (or MWh) electricity discharged from a storage device when accounting for all cost incurred and energy produced throughout the lifetime of the device.

For example, if you come across a really cheap solar generator it is almost guaranteed that the product is made from inferior technology, such as with a lead-acid battery. 

The upfront cost might be lower, but you will find yourself having to pay much more in the long run as these devices do not last nearly as long as something with the latest technology. 

So, rule of thumb. Go for the solar generator with the lowest LCOS. 

See the below example: 

Here's an example table below: 

See how much cheaper the 2nd option looked at first? But look at that major difference in LCOS. The lithium battery is in fact 2 times cheaper over the long run. 

Once you have got LCOS out the way, you'll want to consider the capacity. Essentially, the more power hungry appliances you want to power, the higher capacity solar generator you'll need. 

Pay attention to the total capacity your solar generator of choice is rated at. This is usually measured in watt hours (Wh).

Four of the best generator kits for your home 

BLUETTI AC200MAX Solar Generators

Bluetti's first expandable power station AC200 MAX with 2,048Wh LiFePO4 cells and 2,200W pure sine wave inverter.

• 2,200W AC Pure Sine Wave Inverter (4,800W Surge)
• 2,048Wh Capacity
• LiFePO4 Battery with 3,500+ Life Cycles to 80%
• Expandable Up To 6,144Wh with 2×B230, or 8,192Wh with 2×B300
• 7 Ways to Recharge (AC/Solar/Car/Generator/Lead Battery/Dual AC/AC+Solar)
• 900W Max. Solar Input
• 1300W Max. Fast Dual Charging (Solar + AC Adapter)
• Smart Control & Monitor in BLUETTI App

Check it out here

BLUETTI AC300 + B300 Solar Generator

Bluetti's AC300 is 100% modular, supporting up to 4×B300 (3,072Wh per pack) battery modules for a groundbreaking capacity of 12,288Wh! If you are looking for the most powerful solar generator for backup power supply. This is your best bet!

• 3,000W AC Pure Sine Wave Inverter (6,000W Surge)
• 3,072Wh Capacity (Expandable w/ up to 4 × B300 for 12,288Wh)
• LiFePO4 Battery with 3,500+ Life Cycles to 80%
• 240V Split Phase Bonding
• 24/7 UPS Home Backup
• 7 Ways to Recharge (AC/Solar/Car/Generator/Lead-acid Battery/Dual AC/AC+Solar)
• 2400W Max. Solar Input
• 5400W Max. Fast Dual Charging (Solar + AC)

Check it out here

BLUETTI EP500 Solar Generator

The Bluetti EP500 is shipped with a 5100Wh LiFePO4 battery pack and a 2000W rated pure sine wave AC inverter. This power station brings you the power to run your entire party, family camping trip, cabin workshops, or even your whole house for a day or two in the event of an unexpected outage.

• 5100Wh LiFePO4, 6000+ Charge Cycle
• 2000W Pure Sine Wave Output
• Movable Power Station
• In-grid UPS Mode&Flexible UPS Mode (24/7)
• Off-grid Energy Storage
• Multiple Devices Can Be Loaded Simultaneously
• Flexible Recharging Way To Keep Your EP500 Always On
• App Remote Control
• Smart Touchscreen

Check it out here

Bluetti EP500 Pro Solar Generator

The upgraded more powerful version of the EP500.

• 5100Wh LiFePO4, 6000+ Charge Cycle
• EP500Pro: 3000W Pure Sine Wave Output
• Movable Power Station
• In-grid UPS Mode&Flexible UPS Mode (24/7)
• Off-grid Energy Storage
• Multiple Devices Can Be Loaded Simultaneously
• Flexible Recharging Way To Keep Your EP500 Always On
• App Remote Control
• Smart Touchscreen

Check it out here

Final thoughts on Solar Generators

All of the solar generators mentioned above use LiFePO4 technology, which means you will get many years of usage. 

This is hands down your best solution if you are looking to save on costs by not installing a full-blown solar system and to avoid polluting the environment. 

It is estimated that approximately 22 million Americans suffer from sleep apnea (OSA), which of those cases around 80 percent are left undiagnosed. 

One way to combat sleep apnea is continuous positive airway pressure therapy (CPAP). 

CPAP uses a machine to help someone affected with sleep apnea to breathe more fluidly during their sleep, thus increasing the quality of sleep they get.

Due to the numerous power outages the United States and the rest of the world experience, more and more people are beginning to rely on solar generators to power their CPAP machines during the night.  

In this article we discuss sleep apnea and how a solar powered generator can add piece of mind to those relying on CPAP machines during their sleep. 

What is sleep apnea?

Sleep apnea, also spelled sleep apnoea is a sleep disorder affecting more than 1 billion people globally, or roughly every 1 in 10 people, and up to 30% of the elderly

The disorder affects your sleep in that pauses in breathing or periods of shallow breathing during sleep occur more often than they would in someone without the disorder.

These pauses in breathing can last for a few seconds up to a few minutes and can happen multiple time throughout the night.

The most common form of sleep apnea is accompanied by loud snoring. Additionally, their may also be a choking or snorting sound as the persons breathing begins once again.

Sleep apnea affects the persons normal sleep cycle, particularly the rapid eye movement sleep (also known as REM).

Because of this, those affected will be very much drowsy or tired throughout the day. Children who are affected with sleep apnea, on the other hand, may experience hyperactivity and struggle to perform in school.

Sleep apnea itself is not fatal, however if left untreated, it can cause a range of heath problems ranging from high blood pressure to diabetes. 

What is a CPAP machine and how does it work?

Continuous positive airway pressure therapy or CPAP is induced by a motorized machine known as a CPAP machine.

The machine works by generating a consistent stream of pressurized air which travels through an advanced air filter into a flexible tube. It is this tube that delivers purified air into a mask which is fitted around your nose or mouth.

As the CPAP machine is fitted around your nose or mouth, the airstream generated, pushes against any blockages.

This opens your airways so that your lungs can receive plenty of oxygen A CPAP machine allows your breathing to be continuous which means you won’t wake up repeatedly during your sleep.

Without anything obstructing this flow of oxygen, your breathing doesn’t pause. As a result, you don’t repeatedly wake up in order to resume breathing. 

Are there different types of CPAP machines?

 All CPAP machines are made from the same basic components:

• a motor housed in a base unit
• a tube that connects the motor to the mask
• a headgear frame
• a cushioned mask
• “elbow” pieces that act as joints
• adjustable straps that allow you to customize the fit of the device

Different CPAP mask types

Mask type depends on the CPAP machine you end up using. Which type you decide to wear is usually dictated by your beathing habits and how comfortable to mask is to you as an individual.

The different types of CPAP masks include the following:

Nasal pillow mask

This type of CPAP mask has a small cushion that covers up your nostrils. It may also have two prongs that fit inside your nostrils. This type of CPAP mask allows you to continue wearing glasses easily and also works well if you have a lot of facial hair such as a large beard.

Nasal mask

A nasal mask has cushion area that covers your entire nose area. If you move around in your sleep often, this may be a better type of mask for you. It can also deliver a high pressure airstream.

Full mask

The full mask does as the name intends, it covers both your nose and mouth area. These types of masks are usually prescribed if you often breathe through your mouth at night. Or if you have some sort of blockage in your nose.

What’s the difference between CPAP, APAP, and BiPAP machines?

Other types of breathing machines are APAP and BiPAP devices. Here are the differences:

CPAP device

This machine uses a program to deliver pressurized air at one steady air pressure level. If you would like to change the air pressure, you will have to reset the devices settings.

APAP

APAP stands for automatic positive airflow pressure. This machine monitors your breathing throughout the night and automatically adjusts the air pressure it delivers based on this.

BiPAP

BiPAP stands for Bi-level positive airflow pressure. These devices have two pressure settings, one for inhaling and one lower pressure for exhaling. It is commonly used by people who cannot stand CPAP machines or by people who have elevated levels of carbon dioxide in their blood.

How many watts does a CPAP machine use?

The amount of watts your CPAP machine uses all depends on the type of machine you end up buying. 

Watts is a unit of power and a function of current (amps) and volts. The formula is as follows: Watts = amps x volts.

The majority of CPAP machines on the market use between 30 to 60 watts of power. 

However, it is possible for the machines to use more power if they are working overtime. 

For example, the ResMed Airsense 10 (a brand/model of CPAP machine) has a typical power consumption of 53 watts (57VA). However, it's peak power consumption can reach up to 104 watts.

When you are deciding on a solar generator for your CPAP machine, you need to make sure the onboard inverter can accommodate for fluctuations in power draw. 

For example our AC50S solar generator will have no problem powering a 60 watt CPAP machine for up to 17 hours!

How do I use a CPAP machine without electricity?

Virtually all CPAP machines do not come with onboard batteries, pretty much all of them are powered by a power supply that plugs into an electrical outlet.

Most of the time this is great, it is convenient this way and allows the machines to be smaller as they do not require bulky onboard batteries. 

However, most people are concerned about blackouts.

What if you are sleeping in the middle of the night, your CPAP machine plugged into an electrical outlet and the power cuts.

In the event that there is a power outage, your CPAP machine will simply shut off.

You will still be able to breathe if this happens. However, you will no longer be getting the much needed continuous stream of pressurized air when the power cuts. 

This is where most people opt for a solar generator to power their CPAP machines during the night. 

By plugging your CPAP machine into a solar generator, you can be guaranteed continuous power, the entire night regardless of any blackouts.

Best solar generator for CPAP machine?

The best solar generator or portable power station for a CPAP machine is a quiet one. This is why solar generators and not conventional generators are the obivious choice.

Solar generators barely make a noise, with the only sound being generated by the onboard fan which cools the pure sine wave inverter. 

Because the draw of most CPAP machines is quiet low, you wont expect to hear much coming from the solar generators fan any way, as the inverter is not having to work so hard. 

It is very important however that you get the correct size solar generator for your CPAP machine. 

For example, you don't want to get something with low battery storage, as you want to be sure your portable power station can continue powering your CPAP for the entire night. 

How long can a solar generator power a CPAP machine?

This all depends on the solar generator you get and what sort of battery storage it has onboard.

One of our smallest solar generators, the AC50S (500Wh) will provide electricity to a CPAP machine for up to 17 hours!

The following amount of sleep is recommended by the CDC:

Based on the information in this article, even one of our smallest solar generators can supply ample power to your CPAP machine during your sleep cycle.

Once you awake, you could put your solar generator with its attached solar panels outside in the sun and recharge it for the next upcoming night. 

Because of the storage, you would essentially always have an extra night of charge remaining in case their is no sun for the day. However, in this case you could simply plug your solar generator into a power outlet and charge it via the grid. 

Another option would be getting a bigger solar generator for your CPAP machine, our AC200P (2000Wh) for example. 

• This 2000Wh solar generator is able to power a 60 watt CPAP machine for more than 28 hours straight. In the event of a prolonged power outage, this device will have you more than covered. 

A solar generator so powerful can come in handy for many appliances throughout your home.

Check out the comparison table below to learn what size solar generators can power what appliances and for how long. 

Final Thoughts

A solar generator can be used to power multiple appliances in your RV, home or even boat. However, a lot of these appliances are often used for recreational purposes. 

Sometimes there are more critical appliances that need powering, appliances like the CPAP machine for example, rely 100% on a continuous flow of electricity. 

Without that electricity, your machine will simply shut down. Not ideal when you rely on that machine to not only get a proper nights sleep but also to care for your health in general. 

Bluetti's solar generators are perfect for all types of CPAP machines, you can browse our selection of products here. 

If you have recently purchased one of our products and used it to run some of your latest electronic appliances, you may have noticed that now and then, your solar generator just turns off. 

If you are experiencing this problem, the question you are bound to have is: Why does my Bluetti solar generator keep turning off?

Each of our generators have a built in pure sine wave inverter. If the load you run through your solar generator is too large for the rated power output (e.g you connect a 500 watt power tool to your 300 watt solar generator), your inverter will automatically shut down the power for safety reasons.

In order to avoid this from happening, you will need to carefully match your energy demands with the rated power output of your Bluetti Solar generator.

This is why all our solar generators come marked with their total power output and watt hours storage capacity. 

In this article we will explain just how an inverter works so that you will know how to troubleshoot the next time your solar generator turns off. 

Why does my Bluetti solar generator turn off?

In order to understand how to fix this issue, you need to understand why this problem originates in the first place. 

The reason your solar generator may turn off when you run some of your appliances through it, is most likely due to the built in pure sine wave inverters safety feature.

First, we will break down each of the components that make up your solar generator then we will explain what each one does. 

Battery

Every solar generator comes with a battery, it is essentially the life blood behind the technology and without it, your solar generator would not be able to store electricity for future use. 

The type of battery that comes with your generator varies depending on the brand you choose. Bluetti only uses the latest lithium ion battery technology, which is most well known for its great life span. 

Charge controller

Charge controllers have two main functions: regulate the power output of your solar panel and to properly charge the battery.

On the market today there two types of solar charge controllers: the PWM (Pulse Width Modulation) and the more efficient MPPT (Maximum Power Point Tracking). Bluetti uses MPPT charge controllers in their products. 

Inverter

Now for the most likely reason your solar generator keeps turning off. Inverters convert DC (direct current) electricity to AC (alternating current) electricity. 

An inverter is needed because your solar batteries will store DC, and most of the appliances around your home, van, cabin or boat will require AC in order to operate.

You have a few options when deciding on an inverter, the two most popular being the pure sine wave and modified wave inverter. Bluetti uses the pure sine wave inverter in their solar generators. 

How does a pure sine wave inverter work?

Sine wave inverters, like the pure sine wave inverter we use in our solar generators work in 3 stages: the oscillator stage, the booster stage or amplifier stage and the transformer stage.

The oscillator stage

Here the direct current is transformed into alternating current. The oscillating current can be set to any particular frequency that you fancy. In Europe for example the frequency is 50 Hz.

This means there are 50 full waves per second. The direct current is transformed into alternating current by using integrated circuits.

However it is important to note that in this stage the oscillations or wave heights are somewhat small, too small in fact to power anything useful. To power bigger appliances, the wave heights need to be increased. This is where the next stage comes in.

The booster stage

In this stage the signal from the oscillator stage is taken and amplified. By doing so, much higher wave forms with greater wave heights are created, enough for useful power.

However, there is one thing left in order to allow the electricity to power home or business appliances: the voltage.

The transformer stage

This stage is what gets the voltage right. Your typical residential solar system array may have DC voltages of up to 600V.

Commercial solar arrays have even higher voltages, sometimes up to 1000V or even higher! In Europe AC power is delivered at 230V whereas in the US it is delivered at 110V.

The stability of this voltage is of the utmost importance for the stability of the grid and any equipment that runs of the grid (or in this case, solar generator). This is why voltage control is last important step of a pure sine wave inverter.

Understanding how much load my solar generator can handle

Now that you have a better idea on how exactly an inverter works, one should naturally move onto the next point. How much load can my solar generators inverter handle?

You will notice that we list our solar generators in the following format: [model name | battery capacity | inverter watts ].

Understanding the sort of load your solar generator is capable of handling is paramount to understanding why it may turn off sometimes. 

If you ever run an appliance that exceeds your solar generators wattage capacity, the built in pure sine wave inverter will shut your machine off.

Understanding your Bluetti solar generators load ability

(1) 12V / 25A, 12V / 3A, cigarette lighter port, USB and type C output ports are usually quite suitable for most electronic products on the market. However, some types of products are capable of triggering your solar generators overcurrent protection if there is a large current impact at the moment of starting.

(2) The rating of your electrical products used for alternating current outputs should always be less than your solar generators wattage rating. However, do keep in mind that some electronic products such as a power tool or air conditioner may require more than your solar generators wattage rating when starting. This will trigger overcurrent protection when the ratio of peak value of rated current exceeds 3:1.

(3) When your solar generators output is overloaded, over-current or short circuited, the product will turn off the corresponding output. After doing so it will automatically start twice (at an interval of 20s). If your solar generator is overloaded, over-current or short circuited, the output will be shutoff entirely and will need manual troubleshooting to restart.

(4) Once your solar generators battery power has been discharged to 0%, the DC and AC output will automatically turn off. Only once you recharge your device to above 5% capacity will it turn the DC and AC outputs back on. This feature has been set in place to protect the battery and enhance its cycle life.

What can damage an inverter?

Capacitor wear

The first reason your solar generators inverter may begin to fail is due to electro-mechanical wear on its capacitors. All inverters rely a lot on capacitors to provide a smooth power output at various levels of current. However, like most things in life, electrolytic capacitors have a limited lifespan.

Besides lifespan, capacitors are extremely sensitive to heat. Any temperatures that exceed the stated operating temperatures will (often caused by high current) will reduce the overall life span of the component.

Overuse

Using a solar generator with a built in inverter that has been used beyond their operating limit, can contribute to inverter bridge failure.

In fact using any component past its operating limit will inevitably lead to failure. Avoiding this issue is as checking that all inverters are being run correctly.

Over- and under-voltage

The next two issues that can cause your solar generators inverter to fail is over-current and over-voltage. If at any time there is a current or voltage increase (to a level that the inverter is not made for), it can cause irrevocable damage to many of the components inside the device. The most frequently damaged component being the inverter bridge.

It is often that this damage is caused by the excess heat that over current or over voltage will generate. Most over-current can be avoided with fuses or circuit breakers (which Bluetti products are equipped with).

Conclusion 

Bluetti's solar generators come with the latest solar technology on the market. That is MPPT charge controllers lithium-ion batteries and a pure sine wave inverter.

Some of these components are somewhat complex, therefore we recommend getting familiar with each component individually in order to better understand your solar generator as a whole. 

Over the coming weeks, we will release shorter individual guides, that will cover the basics on how each of these components work. If you would like to learn about the components that run a Bluetti solar generator, you can do so by following this blog or our join our Quora community here. 

In summary

The main reason your solar generator is shutting off, could be due to the maximum power output being exceeded past its capabilities. That is, you are running appliances (loads) with wattages that exceed the maximum power output of your solar generators built in inverter.

They are light and portable, allowing you to charge and run various electronic devices via renewable energy.

Plus they are eco-friendly and unlike conventional generators, do not require you to keep loads of fuel on hand. 

With all this being said, the question remains: How exactly does a solar generator work? 

A solar generator works by collecting solar energy through solar panels and then storing that energy into its built-in solar battery. An inverter then converts that energy into alternating current (AC power) before it is released for use in home appliances and other electronical devices. When combined, these three components make a fully functioning solar generator.

What is a solar generator?

Ultimately, the term solar generator can actually be referred to any technology capable of being powered by the sun’s energy.

However, most commonly, when people use the term solar generator, they are more often than not referring to a portable power station set up, like the ones we sell at Bluetti Power.

These special systems are capable of capturing the sun’s energy via integrated solar panels, which then transport said energy to an internal storage system (usually comprised of lithium-ion technology).

Solar generators may not always be the right setup for large homes however, they can be extremely useful for boats, campervans, or as an emergency backup if your area experiences a blackout.

How does a solar generator work?

Solar generators can provide off-grid energy, consistently, over extended periods of time, without requiring anything other than the power of the sun.

Solar generators provide a green solution for power generation, that in many cases can be as effective or even more effective than propane or gas powered generators.

Solar generators work, by integrating a solar panel, charge controller, a battery system and an inverter into a compact system that is able to convert solar energy into a useable electrical current.

To better understand how solar generators work, we will discuss each of their components individually.

Battery: A solar generator needs to store the energy it collects from the sun in order for you to use it at a later stage. The battery functions as the storage unit.

Lithium-ion batteries have been used in a wide variety of solar generators on the market since about the year 2016. However, you can also use less efficient lead acid batteries which are cheaper and more abundant than lithium-ion technology.

With that being said, lithium-ion batteries do have significant advantages over lead acid batteries, and it is our recommendation to use lithium-ion batteries as they are safer and more affordable in the long term.

Charge controller: Is a vital component of the solar generator, its main purpose is to protect and promote the durability of the battery. Charge controllers usually have various features for charging and discharging based on the certain type of battery and solar panel combination that you are using.

Charge controllers are crucial to making a solar generator work as they balance the power dynamic between the solar panels and batteries.

Inverter: This component converts the low direct current (DC) from the battery to alternating current (AC) which can be used to power your everyday household items.

Appliances that require DC power can actually do without the inverter since the electricity does not need to be converted.

You can read this article to further understand the differences between AC and DC power.

Why solar generators are essential?

Having backup power at your home is becoming more and more essential, as each year a larger percentage of our population rely on these technologies to survive and to stay connected with the rest of the world.

Solar generators are not only used to power smaller appliances like fans, medium sized refrigerators and air conditioners, but they are also useful to provide essential backup power for critical medical devices such as CPAP machines and other at home health monitors.

Solar generators vs gas generators

While fuel generators may work in many of the previous instances mentioned before, they have quite a few drawbacks:

• Polluting
• Noisy
• Rely on fuel
• Heavy

When you find yourself in an emergency situation like a blackout, hurricane, or flood, it may be quite hard to access any sort of fuel source, this essentially renders your gas generator useless.

Costs of a solar generator

The cost of your solar generator largely depend on the brand and specifications. In general, generators that are able to produce and store more power usually cost more. 

The simple reason for this is thanks to the three internal components. The charge controller, inverter and solar battery.

By far the most expensive part of a solar generator is the battery. 

What many people don't realize is that lithium really only makes up a tiny part of the battery itself.

In fact the most expensive component of a lithium battery is the cobalt, which acts as the negative cathode of the battery. 

Cobalt is alot harder to get than lithium, this is mainly because the metal is mined as a byproduct of other metal mining operations.

See below the price of our solar generators based on the power capacity:

5 Benefits of using a solar generator

1. Free clean energy from the sun

When you use a solar generator, you are essentially using free energy from the sun instead of using costly dirty fossil fuels. You can continue getting this free energy from the sun for the lifespan of your solar panels, which is usually around 25 to 30 years.

2. Low maintenance costs

Unlike most conventional fuel or gas generators, solar generators have absolutely no moving parts and do not use a liquid fuel. No moving parts means that the likelihood you will need to pay for any types of repairs is significantly lower.

3. Quiet and clean operation

Aside from the obvious financial gains of using a solar generator, choosing this green technology over other fossil fuel systems has various environmental upsides. Gas powered generators lead to air pollution alongside noise pollution, and while the latter is jut simply annoying, the former contributes to climate change.

4. It’s an investment opportunity

The overall lifespan of a solar panel is 25 to 30 years. While gas powered generators do have long lifespans, usually 20 to 40 years, they do not come without problems. You will need to perform various maintenance jobs on them to keep them operational. Additionally, you will need to continuously buy them fuel in order to use the device. Solar powered generators require no such tasks.

5. Light and easy

Most heavy duty gas powered generators can weigh hefty amounts, sometimes up to 250 pounds. Our heavy duty solar powered EP500 Pro weighs a mere 182 pounds in comparison. Obviously, the less powerful the generator the lighter it usually weighs but in summary, solar generators weigh much less than gas powered generators.

Should you buy a solar generator?

If your main aim is to power smaller appliances like the ones found on boats or campervans, then a solar generator might just be the perfect choice for you. Given how easy they are to transport and operate, solar generators offer a unique energy solution for those who find themselves on the move in need of extra electricity.

With that being said, there are some drawbacks such as the limited power capacity, slow recharge time, and reliance on the sun. All of which limit the usability of the technology as whole home backup power systems.

For those of you who are interested in a backup energy supply from a renewable power source, we recommend installing a rooftop or ground mounted solar system with a home battery system attached.

What is the best battery for a solar generator?

Batteries used in solar generators are typically made with one of three chemical compositions: lead acid, lithium ion, and salt water. In the majority of cases, lithium ion batteries are the best option for solar powered generators, though various other types of batteries can be more affordable. 

1. Lead acid

Lead acid batteries have been used in off-grid applications for decades, making them one of the most tested battery solutions. While they do indeed have one of the shorter life spans than other battery types, they are one of the cheaper options currently on the market.

2. Lithium ion

Lithium ion batteries are lighter and more compact than lead acid batteries. They also last much longer when compared to their lead acid counterparts. The one downside to lithium ion batteries is their high price. However, the cost is justified in the long term as they will eventually pay for themselves.  

3. Saltwater

Unlike other the other battery storage options, saltwater batteries do not contain any heavy metals, relying instead on salt electrolytes. Lead acid and lithium ion batteries need to be disposed of with a special process, a saltwater battery however, can be recycled easily. Due to it being a fairly new technology, saltwater batteries are largely untested, and the one company that makes these batteries Aquion filed for bankruptcy in 2017.

Final thoughts

Solar power generators are a smarter alternative to traditional gas powered generators, they are fume-free and quiet. 

They produce no harmful emissions, and can reduce your carbon footprint and enable flexible indoor/outdoor operations.

We recommend checking out our large selection of solar powered generators, you can do so in our shop here. 

Alternatively you can read our article covering the most powerful solar generators here.

And that as climate change becomes more prominent, such blackouts may become more common.

Having a backup source of power during these blackouts, such as that from a solar generator, may prove extremely helpful. 

The question is, what is the most powerful solar generator on the market today and how can it benefit us during a power outage?

There is no doubt that the EP500 and EP500 Pro is Bluetti's most powerful solar generator, with 5100Wh, over 6000 life cycles and up to 6000 watt surge. This generator is capable of keeping all your most critical electronics running during even the worst of blackouts.

In this article we will learn why it is such a powerful solar generator and how it converts chemical energy into electrical energy. 

What is a solar generator? 

A solar generator is a smart machine, usually coupled alongside solar panels. The device provides essential automatic backup power should there be any issues with your main electronic power grid – such as a blackout caused by a tornado.

However, there are many different types of generator and not all are as eco-friendly as the solar generator. In this article we will be focusing on the most powerful solar generator. 

How does a solar generator work? 

Solar generators are usually portable, that is you can place them anywhere you want them. However, they do not include any moving parts.

The main components that make up a solar generator are:

• Inverter
• Solar panels
• Solar battery
• Battery charger

Usually, the solar panels come separate to the generator, in that they are not actually attached to the device.

Here is how they work:

Step 1. The sun’s rays contact the solar panel, and an electric field is created.

Step 2. Solar electricity is then generated and flows from the silicon cells right to the edge of the panel, and into the conductive wiring.

Step 3. The wiring then delivers that electricity into solar batteries (usually lithium ion) that are built into the generator.

Step 4. From there an inverter converts that energy from DC power to AC power before releasing it. Once the energy is released in its AC form, you can use it power various critical electronics during a power outage.

Do I need a solar generator?

Knowing if you need a solar generator or not, all depends on your individual situation. For example does the area you live in regularly experience:

• Hurricanes
• Tornados
• Power outages
• High winds
• Extreme blizzards

Another big reason you may want to invest in a solar generator is if you have a particular interest in doomsday prepping.

If you have answered yes to any of these points, then it may indeed be worth your while to invest in a solar generator. Having one will simply give you peace of mind that you and your loved ones will have access to your most necessary technology during a blackout.

What is the most powerful solar generator?

The defining characteristics of a powerful solar generator is the battery capacity and the AC converter (max surge capabilities).

Essentially, the higher the battery capacity and surge capabilities, the more energy demanding appliances it can power.

The below video is a demonstration of the load capabilities of the Bluetti EP500. The stronger the solar generator, the higher the load it can handle. 

How long do solar powered generators last?

To understand the life span of a solar generator, its best to break it up by the components that form it. 

• Inverter: On average inverters last around 10 years. This is mainly due to the fact that there are quite a few electrical components, most of which are sensitive to heat. 

• Solar panels: Monocrystalline solar panels are known to have a very long-life span. Most lasting between 25 to 30 years. The reason for this is because the material is very durable and there are no moving parts. 

• Solar battery: On average lithium-ion batteries tend to last 500 life cycles which is about 2 - 3 years. However, the EP500's solar battery lasts up to 6000 life cycles!

What can you run on a solar generator?

Solar generators can run various types of electronical equipment ranging from hair dryers to power tools. The more powerful your solar generator, the larger the load it can handle.

Here is what the powerful Bluetti EP500 solar generator can power and for how long:

Are powerful solar generators quiet? 

Compared to conventional gas powered generators, they are extremely quiet. 

Gas powered generators produce noise between 60 and 100 decibels when listened to from about 7 meters away. That's the same noise level that a vacuum cleaner produces. 

Solar powered generators on the other hand, do not have any moving parts. This means 1. the chances of something breaking is very low and 2. this drastically reduces the amount of noise they produce when running. 

The only thing that tends to make a small sound is the internal cooling fan which engages whenever the appliance becomes too hot. 

How to choose a powerful solar generator?

When deciding on a the right generator there are a number of points you should take into consideration to make sure you get the best device for your needs. 

We have compiled a list of 8 points for you to consider before buying your first solar generator:

1. Charge speed
2. Battery capacity
3. Weight/portability
4. Total life cycles
5. Number of output points
6. Inverter size
7. Lithium battery
8. Customer support and warranty

Let us go through each point listed above to get a better overall understanding of how to choose your solar generator. 

Charging capabilities 

 This is perhaps one of the most important factors for people when deciding on solar generator to buy. After all, a power station that takes longer than a day or 2 to charge does not offer much value to you as the consumer.

Most units being sold do not charge at 500 or more watts per hour. You will likely find that the majority of solar generators charge at a speed of about 150 to 250 watts per hour.

As an example the EP500 Pro charges at 1800 watts per hour from a US wall socket (120V/15A), which means your device will be fully recharged within 3.3 to 3.8 hours.

When recharging from the sun, the EP500 Pro can be recharged by a max of 2400 watts to reach 100% capacity within 2.60 hours. 

So our advice is to choose a solar powered generator that has fast charging capabilities, ideally something allowing more than 600 watts of charge per hour. 

Battery capacity 

The next step is to make sure that the battery capacity within the solar generator is enough for your needs. 

You should ask yourself what you will need the generator to power when there is a power outage. If you there is a large quantity of appliances on your list, chances are you will need a solar generator with a high amount of watt hours. 

We recommend reading this article to learn how to correctly size your solar generator. 

Weight and portability

This is a highly individual decision. Keep in mind that a lot of solar generators are heavier than they look.

You need to take into consideration the portability factor to make sure you get a generator that you can actually move yourself. 

If you can't get around the weight factor look for a solar generator that has wheels for added mobility. 

Total life cycles

If you are about to invest thousands of dollars into a new solar generator, you have got to know how long it will last. 

Most solar generators are made up of lithium-ion batteries. Sadly, most lithium-based generators will only last you 500 cycles. While this does sound like a lot, in reality it’s really not. 

You should aim for generators that have at least 2,000 life cycles and up. If your generator has 2,000 cycles and is charged 1 full cycle per 24-hour period it would last you 5.5 years.

The Bluetti EP500 has more than 6,000 life cycles and uses lithium iron phosphate batteries. 

Number of output points

This is also vastly overlooked within the industry. Many solar powered generators come with only two 120V output points. 

This means you could plug in your fridge, then your freezer and now you are left with no other options. What about your entertainment, fans, and medical devices? 

When choosing your solar generator you should aim for one that has at least x4 120V output points. 

Having other output points such as USB and 12V car charging sockets can also be very handy!

Inverter size

Make sure the inverter will be able to handle the load you plan to run through it. For most solar generators, 1500 watts is pretty average and is usually quite sufficient in running a number of appliances. 

Ideally, aim for a generator that has a built-in pure sine wave inverter. This will run everything in your house as normal as possible. 

Lithium battery

Another very important factor which most consumers overlook, is battery type. Battery type has a direct effect on the total amount of life cycles.

Many people confuse lithium-ion phosphate with lithium iron phosphate, when in fact there are significant differences in energy between the two. 

Lithium-ion batteries have a higher energy density at 150/200 Wh/kg versus lithium iron phosphate batteries at 90/120 Wh/kg.

Essentially, lithium-ion batteries are the go-to source for power heavy electronics that enjoy draining batteries at a high rate.

On the other hand, lithium iron batteries can handle high temperatures with minimal degradation, this means they last much longer generally between 1000 - 10,000 life cycles. 

We recommend reading this article to get a better understanding about the differences between lithium-ion and lithium iron batteries. 

Customer support and warranty

Lastly, is the need for quality customer support, pre and post-sale.

The bottom line, is you are unlikely to be able to fix a solar powered generator yourself, should it start giving issues. That is indeed where the manufacturer and warranty come into place.

With that being said, it’s imperative that whatever company makes the solar generator you are going to be using, is going to be able to help you should something go wrong. 

Conclusion

We hope after reading this article you not only understand what make a generator the most powerful, but also know exactly how they function. 

At the end of the day, the better you understand the green technology, the better your final buying decision will be. 

Please browse our power stations page to see all the solar generators we have on offer. Alternatively, check out our Kickstarter campaign to discover the most powerful solar powered generator we have ever built. 

I don't think I'll ever see supermarket shelves empty that day, but as recent events have shown, our modern society is more fragile than we thought. More than ever, it's important that you prepare for an emergency: whether it's a virus pandemic, a natural disaster, or civil strife. These events are likely to happen, and will increase in the coming decades.

However, in our real life, an important aspect of emergency preparedness is electricity. So a large capacity power station is very important for us both at home and abroad. If all food needs to be thawed in a day, it's not good to keep food in the refrigerator for six months. So today, let's look at the "bluetti" eb150; it's sold in major markets in Europe and the United States. This is a huge 1500wh energy storage, 1000W AC output, including an MPPT controller directly connected to a large solar panel.

Design and specifications

Input: AC adapter or solar (16-60v 10a), 9mm DC connector

Output: 2 AC sockets, 4 2.1a 5V USB ports, 1 45W PD usb-c, 1 12V 9A car port

Total capacity: 1500wh

Maximum output power: continuous 1000W, peak value 1200

Battery technology: lithium ion

Charging time: AC 10 hours, solar variable (at least 4 hours)

Weighing 38 pounds (17 kg), the bluetti eb150 is about the size of a small office computer. There is no reinforcement such as rubber bumpers or socket covers, but the housing itself is solid metal with secure ABS handles and front / rear panels. It can be beaten, of course, unless any water element is involved in the beating. It's not waterproof, not even splash proof. Don't let it rain.

The eb150 has three buttons for power, AC and DC outputs. Activate the output by pressing and holding the relevant button for a few seconds. A small display shows the current battery level (estimated by five parts), as well as accurate figures for input, AC and DC output power.

Should you buy a bluetti eb150 portable power station?

Bluetti provides enough electricity for most people at a reasonable price. You'll find that competitors' models have higher peak output, even if they don't have a larger total capacity; these models will cost more, but maybe your specific use case needs to. You can also find models that charge faster, which may be more appropriate if you want more solar panels, or if it takes just a few hours to recharge from the grid. But again, these are either more expensive or damaged elsewhere. For most people, bluetti is a great all-around product. If you like, remember to buy it on our website!