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10 Best Solar Generators For Power Outages. 4kw solar generator

10 Best Solar Generators For Power Outages. 4kw solar generator

    How Long Can Solar Battery Power a House During an Outage?

    When you install a home battery, what you are really doing is providing your home with a backup energy reserve in the case of an outage.

    Whether you have a solar panel system at your home or not, a home battery can be used to store electricity and deliver it to your home appliances and devices. The benefits of a home battery are clear, especially during short or long-term outages, or in areas with Time-of-Use (TOU) rates that make electricity more expensive during peak use hours.

    In this article, we’ll show you how to calculate how long a battery paired with solar can power your house during a power outage, and give you some tips for maximizing your battery usage.

    How long can a solar battery power a house?

    Without running AC or electric heat, a 10 kWh battery alone can power the basic operations of a house for at least 24 hours, and longer with careful budgeting. When paired with solar, battery storage can power more electrical systems and provide backup electricity for even longer.

    In fact, a recent study by the Lawrence Berkeley National Laboratory found that when heating and cooling are excluded:

    “(A) small PVESS with just 10 kWh of storage (at the lower end of sizes currently observed in the market) can fully meet backup needs over a 3-day outage in virtually all U.S. counties and any month of the year.”

    PVESS stands for photovoltaics and energy storage system.

    But exactly how long you can power your home with solar battery storage varies for each home and depends on three main things:

    • Your battery storage capacity
    • The output of your solar system
    • Your electricity needs during an outage

    We’ll show you how to budget your electricity to meet your solar and battery capacity below. First, let’s start with identifying your battery storage capacity.

    Home battery capacity

    Capacity — the amount of energy a battery can story — is one of the main features that influence how long a battery can power a house during a power outage.

    Battery storage capacity is measured in kilowatt hours (kWh) and can vary from as little as 1 kWh to over 10 kWh. Multiple batteries can be combined together to add even more capacity, but a 10 kWh home battery is typical for most homes.

    Check out this video to know more about Kilowatt hours (kWh).

    During a power outage, assuming you have a fully charged home battery, you will be able to use most of the 10 kWh of stored energy. You’ll want to leave a minimum charge of 5-10% on your battery for a couple main reasons:

    • To maintain the health of your battery
    • To start your solar inverters in the morning so you can recharge your battery with solar power

    For a 10 kWh battery, you’ll want to leave at least 0.5 kWh of capacity in reserve at all times. That leaves you with 9.5 kWh to power your home during a power outage.

    On it’s own, 9.5 kWh of battery storage can power essential electrical systems for a day or two. But central air conditioning uses around 3 kWh per hour, which would eat up the entire battery in just over three hours. Let’s see pairing battery with solar can expand your options during a power outage.

    Solar system output

    The beauty of pairing battery storage with solar is that you essentially create your own miniature utility to power your home. This is especially useful during prolonged power outages because unless you have battery storage, your solar system will be turned off by the local utility to prevent the backflow of electricity from injuring workers trying to repair the grid.

    But if you have battery storage, your system can operate independently when the grid is down. This is called “islanding.”

    How electricity does a solar system produce?

    Solar panel systems are measured in kilowatts (kW) that represent the amount of energy the system can produce in an hour of peak sunlight. So a 5 kW solar system can produce 5 kWh of electricity per hour in ideal conditions. But since conditions aren’t always ideal, we typically assume a performance ratio of 75%.

    The average number of peak sunlight hours per day varies from 3.5 to 5.5 in the US. Multiple the system capacity by sunlight hours and 0.75 to find the daily output of a solar system.

    For example, here’s how you would find the daily output of a 5 kW solar system getting 4.5 peak sunlight hours per day equals:

    5 kW solar system x 4.5 sunlight hours per day x 0.75 performance rating = 16.875 kWh per day

    In many cases, that’s more than enough to power essential electrical systems and recharge a 10 kW battery to use overnight. But electricity needs vary from home to home, so let’s run through a some common appliances and how much energy they use.

    Your electricity needs during a power outage

    How long solar battery storage can run your home depends how much electricity you use. And how much electricity you use depends on which appliances and systems you’re running.

    During a power outage, it’s recommended to budget electricity for the most necessary things first and then make a plan for the remainder capacity. For many homeowners, the list of priorities includes:

    • Refrigerator
    • Kitchen and cooking
    • Water heating
    • Lights
    • TV and device charging
    • Heating and cooling

    Now, heating and cooling is last on the list not because it isn’t important, but because these operations take so much electricity they’ll likely have to be limited regardless of your battery capacity. So the wise move here is to budget your essentials first, and then get a sense of how much battery capacity is left for heating and cooling.

    Note: If you have a gas furnace, you won’t need much electricity to keep the heat on.

    Let’s run through an example scenario of powering essential systems during a 24-hour power outage to get an idea of how much solar and battery capacity you’ll need.

    Use the tables below as an a la carte menu to create your own battery storage budget.

    Refrigerator: 1.5 kWh per day

    Model Energy use
    “>Older 15-cubic foot unit (1996) “>5 kWh per day
    “>Newer ENERGY STAR 17-cubic foot unit “>1.16 kWh per day

    A refrigerator is among most important things to power during an outage so that you can avoid having your food and drink go to waste.

    If you have a modern, energy star approved model, your refrigerator is using around 1-2 kWh of electricity a day. If your fridge lived through Y2K, you might be looking at closer to 5 kWh per day.

    Refrigerator electricity usage can be minimized by opening the door less and raising the temperature slightly. If you are preparing for a planned Public Safety Power Shutoff (PSPS), set the temperature very low before the shutoff event, and then set it to a higher temperature once the grid power goes out. That way the fridge starts cold and you can devote less battery capacity to power it during the outage.

    Let’s say you have a relatively modern ENERGY STAR certified fridge that uses 1.5 kWh per day.

    Running total: 1.5 kWh

    Kitchen and cooking: 1 kWh per day

    Appliance Energy use
    “>Electric oven “>2.3 kWh per hour
    “>Oven: surface “>1.1.5 kWh per hour
    “>Microwave oven “>0.12 kWh per 5 minutes
    “>Coffee maker “>

    Even during a power outage, people gotta eat. And in a large enough outage, it may not be practical to eat out or order delivery.

    Let’s say you make a pot of coffee and toast in the morning (0.2 kWh), microwaved some leftovers for lunch (.12 kWh), and baked a frozen pizza for dinner (0.75 kWh) because your trying to clear out the freezer. That amounts to just over 1 kWh throughout the day.

    Running total: 2.5 kWh

    Electric water heating: 2.5 kWh a day

    Appliance Energy use
    “>Electric water heater “>4-5 kWh per day (running 2-3 hours)
    “>Heat pump water heater (50-75 gallon) “>~2.5 kWh per day

    Water heating accounts for an average of 18% of the total energy used in the household. or around 162 kWh per month. On a normal day, a water heater runs for around 2 to 3 hours a day, which means that it will consume roughly 4-5 kWh of electricity a day. Heat pump water heaters are more efficient and can run on around 2.5 kWh per day.

    But power outages are not normal days. To save electricity, you may want to skip or shorten your shower, wash your hands and rise your dishes with cold water, and hold off on laundry for a day or two.

    And if you have a gas-powered water heater, water heating is a non-issue in terms of battery use.

    But for the sake of argument, let’s say you put on some extra deodorant and limit your water heating use to 2.5 kWh per day.

    Running total: 5 kWh

    Lights: 1 kWh per day

    Bulb type Energy use
    CFL/LED (8 W) equivalent to 25 W incandescent 0.008 kWh per hour
    CFL/LED (15 W) equivalent to 60 W incandescent 0.015 kWh per hour
    CFL/LED (27 W) equivalent to 100 W incandescent 0.027 kWh per hour
    CFL/LED (38 W) equivalent to 150 W incandescent 0.038 kWh per hour

    Compared to larger appliances, lights require very little electricity, especially if you have compact fluorescent (CFL) or LED bulbs. Even at the high end, a 38W LED bulb or 150 W incandescent bulb uses just 0.038 kWh per hour.

    So if you budget 1 kWh of battery storage per day to lighting, you could run 26 bulbs for 1 hour each — more than enough to provide light for trips to the bathroom, closet, and getting ready for bed.

    Remaining battery budget: 6 kWh

    TV and device charging: 2 kWh

    Device Energy use
    Wi-Fi router 0.024 kWh per day
    “>Modern TV: LED/OLED 4k or 1080P HDTV (20″ to 70″) “>0.014 to 0.18 kWh per hour
    “>TV: Plasma (40″ to 50″) “>0.4 to 0.48 kWh per hour
    “>Desktop computer “>0.06 kWh per hour
    “>Laptop computer “>0.02-0.05 kWh per hour
    “>Tablet “>0.032 kWh per day

    Let’s be honest, one of the worst parts of power outages is going without internet and TV. Sure, you try to read a book for an hour or two, but that familiar glow is calling your name.

    To keep the Wi-Fi on, you’ll need about 0.024 kWh. If you work from home, you can run your laptop for 8 hours for another 0.4 kWh. And if you want to wind-down with a movie or 3-hour Netflix binge, you’ll need another 0.54 kWh.

    That adds up to 1.18 kWh, but we’ll round up to 2 kWh to account for phone charging and multiple devices running at once.

    Remaining battery budget: 8 kWh

    Air Heating and Cooling: Variable

    Appliance Energy use
    “>Electric furnace (with fan) “>10.5 kWh per hour
    “>Portable heater “>1.5 kWh per hour
    “>Baseboard heater (6-foot unit) “>1.5 kWh per hour
    “>Window/Wall AC (8k to 18k BTU) “>0.73 to 1.8 kWh per hour
    “>Central AC (3 ton – 12 SEER) “>3.0 kWh per hour
    “>Pedestal fan “>0.03 kWh per hour
    “>Ceiling fan “>0.025-0.075 kWh per hour

    As you can see from the table, heating and cooling take a lot of electricity. So if you only had a 10 kWh battery and no solar, you’d have maybe 2 kWh to budget for running fans or space heaters.

    But with a battery charged by solar, you would have much more electricity to spare for fans and space heaters — perhaps even enough to run central AC for a few hours, depending on your equipment.

    Medical equipment

    Device Energy use
    “>Nebulizer “>1 kWh per hour
    “>Oxygen concentrator “>0.46 kWh per hour
    “>Sleep apnea machine (CPAP) “>0.2 kWh per hour

    Another thing to consider is powering medical equipment during a power outage. Certain equipment, like a nebulizer, requires a significant amount of electricity and could eat through 10kWh of battery very quickly.

    Is getting a solar battery worth it?

    Weather-related power outages in the US increased roughly 78% from 2011 to 2021, and are becoming a reality for more homeowners. If you like clean, quiet, and hands-free backup energy that can power your home for several days during outages, then solar and battery are totally worth it. Not only can battery keep your home powered, it can keep your local grid running, as we saw in California in September 2022.

    In addition to providing backup power during outages, solar and battery can reduce your energy costs by shifting your power usage to off-peak hours when electricity is much cheaper (up to 20 cents per kWh!)

    And, of course, there are the local and global impacts of reducing fossil fuel that pollute the air and contribute to climate change.

    Click here or enter your zipcode above to see how much you can save with solar and battery.

    Best Solar Generators For Power Outages

    You’ll need the best solar generators to power your house and protect your appliances during power outages. In the US, power outages affect millions’ domestic life and economic activities. In 2020 alone, the average duration of a power outage was 8 hours per household, with the most affected states being Louisiana, Texas, and California, with up to 60 hours of power interruption. Fortunately, there is a solution to protect your household from the disruptive effects of power outages, and it comes in the form of compact and rechargeable power stations or solar generators. In this article, we list the 10 best solar generators for power outages on the market, so you can easily select the perfect one for your home.

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    What Are The 10 Best Solar Generators For Power Outages?

    Hysolis APOLLO 5K

    • Power output: 3000W continuous, 6000W surge
    • Battery capacity: 5.3 kWh, up to 11kWh
    • Battery lifetime cycles: 6000 cycles (80% final capacity)
    • Max. solar charging power: 4000W
    • Max. AC charging power: 3000W
    • Recommended solar panels: 6 x 370W
    • Warranty: 2 years on generator 3 years on battery

    With a built-in lithium battery certified at 6,000 cycles, the Apollo 5K is the most durable solar generator on the market.

    With its 3kW inverter, it will have no problem powering an entire house (excluding the electric oven) for more than 5 hours.

    To boost its autonomy, charge the Apollo5K in less than 1h 30min with 4kW solar panels. And if you’re still short of power, you can link up to 9 Apollo units to reach 27kW and a whooping 48 kWh capacity.

    Renogy Lycan 5000 Power Box

    • Power output: 3500W continuous, 7000W peak
    • Battery capacity: 4.8 kWh, up to 19.2kWh with extra modules
    • Battery lifetime cycles: 4500 cycles (80% final capacity)
    • Max. solar charging power: 4400W
    • Max. AC charging power: 1000W
    • Recommended solar panels: 4 x Renogy 320W
    • Warranty: 3 years

    The Lycan 5000 powerbox is the most powerful solar generator (7kW peak) on our list. Connect it to your house’s main switchboard, and you’ll be able to power your appliances seamlessly (including 1 small AC unit) for up to 5 hours.

    Its built-in solar charger accepts up to 4.4kW of solar panels for a full charge in less than 1h 30min. Additionally, you can easily expand the LYCAN to 19.2 kWh with extra battery modules for greater energy independence.

    Furthermore, its battery is among the most durable, with 10 years of service and 4,500 cycles.

    Bluetti AC300 2B300

    • Power output: 3000W continuous, 6000W surge
    • Battery capacity: 6.1kWh, up to 12.3kWh
    • Battery lifetime cycles: 3500 cycles (80% final capacity)
    • Max. solar charging power: 2400W
    • Max. AC charging power: 3000W
    • Recommended solar panels: 6 x 370W
    • Warranty: 4 years

    This generator from Bluetti consists of the AC300, an inverter module coupled to the B300, and a 3 kWh battery module.

    You can add up to 4 modules to reach more than 12kWh (close to the capacity of a Tesla Powerwall, but cheaper), making it the most convenient solution to power your house and your outdoor trips.

    Lastly, this solar generator comes with some of the latest additions on the market such as contactless charging and Cloud monitoring.

    Lion Energy Safari ME Expansion ME XP

    • Power output: 2000W continuous, 4000W peak
    • Battery capacity: total 3kWh
    • Battery lifetime cycles: 3000 cycles (80% final capacity)
    • Max. Solar charging power: 585W
    • Max. AC charging power: 668W
    • Recommended solar panels: 3 x 200W
    • Warranty: 1 year

    The Lion Energy Safari solar generator features a modular design that consists of the central inverter unit and up to 4 extra battery modules. This makes it very convenient to use indoors during a power outage and outdoors for an off-grid trip.

    With 2kW, the unit is powerful enough to partially back up your essential appliances for up to 5 hours.

    Connect up to 600W of solar panels to go through any power outages during the day.

    EcoFlow DELTA PRO

    • Power output: 3600W continuous, 7200W surge
    • Battery capacity: 3.6kWh, up to 25kWh
    • Battery lifetime cycles: 3500 cycles (80% final capacity)
    • Max. solar charging power: 1600W
    • Max. AC charging power: 1800W
    • Recommended solar panels: 4 x 200W
    • Warranty: 3 years
    best, solar, generators, power, outages

    The Delta Pro from ECOFlow was designed as a domestic power backup solution and a solar generator for RV and outdoor trips.

    It features a powerful inverter to run multiple appliances simultaneously, including AC, freezer, and water pump. One unit gives you up to 4 hours of full power backup. If that’s not enough, you can add up to 7 units to reach 25kWh.

    Coupled with solar panels, you’ll reach full charge in less than 3 hours for even more autonomy.

    Overall, given the quality of its components, it is one of the better-priced solar generators for power outages.

    Bluetti EP500 PRO

    • Power output: 3000W continuous, 6000W surge
    • Battery capacity: 5.1kWh, up to 10.2kWh
    • Battery lifetime cycles: 3500 cycles (80% final capacity)
    • Max. solar charging power: 2400W
    • Max. AC charging power: 3000W
    • Recommended solar panels: 4 x 200W
    • Warranty: 5 years

    The EP500 Pro is a compact and elegant solution to power your appliances during a power outage. Thanks to its wheels, you can easily maneuver it around your household.

    Like all Bluetti products, it is packed with innovation, such as wireless charging and Cloud monitoring. Its built-in PSW inverter will have no problem running multiple appliances simultaneously, including 1 AC unit.

    In addition, its 5 kWh capacity will provide you with more than 5 hours of autonomy while running all your regular appliances.

    This solar generator is durable (10 years or 3,500 cycles) and has a standard 5-year warranty.

    Point Zero Energy TITAN

    • Power output: 3000W continuous, 6000W surge
    • Battery capacity: 2kWh, up to 11kWh
    • Battery lifetime cycles: 3500 cycles – 10 years (80% final capacity)
    • Max. solar charging power: 2000W
    • Max. AC charging power: 1450W
    • Recommended solar panels: 2 x 200W
    • Warranty: 2 years

    The Point Zero TITAN is a modular solar generator that consists of one inverter/charger unit and one or more stackable battery modules (2kWh, 35lbs/15kg each).

    Its design is very convenient for an outdoor or RV trip. over, Point Zero developed the Titan solar generator to be compatible with nearly every battery type (24V).

    The built-in 3kW inverter coupled with the 2kWh battery module will have no problem powering a house for 2-3 hours during a power outage.

    Easily stack up extra battery modules and connect them to solar panels for more autonomy.

    Jackery Explorer 2000 Pro Portable Power Station

    • Power output: 2200W continuous, 4400W surge
    • Battery capacity: 2kWh
    • Battery lifetime cycles: 1000 cycles (80% final capacity)
    • Max. solar charging power: 1400W
    • Max. AC charging power: 1800W
    • Recommended solar panels: 3 x 200W
    • Warranty: 3 years
    best, solar, generators, power, outages

    The Jackery Explorer 2000 is a great entry-level solar generator for partial home backup and a portable power station for your outdoor trips.

    It is compact and lightweight, so you can maneuver it around your house and plug in your essential appliances during a power outage (excluding AC and electric oven).

    Add up to 1400W of solar panels to boost its autonomy and go through 99% of power interruption.


    • Power output: 2400W continuous, 5000W surge
    • Battery capacity: 2kWh, up to 6kWh
    • Battery lifetime cycles: 800 cycles (80% final capacity)
    • Max. solar charging power: 800W
    • Max. AC charging power: 1800W
    • Recommended solar panels: 2 x 400W
    • Warranty: 2 years

    The EcoFlow Delta Max is a portable solar generator to power outdoor trips and back up your appliances during a power outage. What’s more, its lightweight and compact frame make it convenient to move around your house.

    Performance-wise, its built-in inverter of 2.4kW can power all your common appliances and its battery capacity only allows for a few hours of autonomy. However, it is expandable (up to 6kWh) and accepts quick charging through solar panels (0-80% in 65 minutes).

    Finally, it is the most affordable solar generator for home backup and comes with a 2-year warranty. Perfect for lower budgets.

    Goal Zero YETI 6000X Home Backup System

    • Power output: 2000W continuous, 3500W surge
    • Battery capacity: 6kWh usable
    • Battery lifetime cycles: 500 cycles (80% final capacity)
    • Max. solar charging power: 600W
    • Max. AC charging power: 600W
    • Recommended solar panels: 3 x 200W
    • Warranty: 2 years

    The Goal Zero Yeti 6000X is a bundle combining a solar generator and a Home Integration Kit to back up 4 electric circuits in your house.

    Its 2kW power output makes it suitable for fridge/freezer, garage door, outlets, and lights in main living areas.

    The generators massive 6 kWh built-in battery offers a full day of backup power (for essential appliances only). Finally, bring it to your outdoor trips; thanks to the NMC battery, it is the lightest and most compact (given its huge capacity) solar generator.

    How Can Solar Generators Help During A Power Outage?

    A solar generator supplies electricity to your domestic appliances during a power outage. The total power it can supply, and the time it will last depends on two key specifications:

    The power of your solar generator’s inverter is rated in watts (W), and the battery capacity is in Wh or kWh (1000Wh).

    In our article, we are featuring solar generators with power ranging from 2kW to 3.6kW (surge power from 4kW to 7kW); and battery capacity from 2kWh to 6kWh (for a single unit).

    What Can A Solar Generator Power?

    A 2kW solar generator can power the following appliances simultaneously:

    • TVs (100W)
    • Lights (8W each)
    • USB charging (100W)
    • refrigerator/freezer (150W)
    • electric fan (70W)
    • small water pump (0.5HP/370W)

    A 3kW solar generator will power the same appliances, including a small/medium size AC unit. However, a 3kW generator has another advantage over its smaller 2kW cousin — it can power the above appliances for longer.

    For example, a 2kWh battery gives you around 6 hours of running time for essential appliances, whereas a 6kWh battery gives you up to 20 hours of running time.

    If you require more storage capacity, fear not — most solar generators are designed to accept extra battery modules.

    How To Use A Solar Generator During A Power Outage

    There are two ways of using a solar generator during a power outage:

    Integrate The Solar Generator Into Your Home Electrical System

    Your solar generator connects directly to your electrical system via a panel switchboard. This system has to be installed by a professional electrician.

    For a seamless power supply, use an automatic transfer switch. Even if you’re not home, the solar generator will automatically supply your house in case of a power outage.

    Plug In Your Appliances

    Solar generators have multiple outlets (up to 5). They can directly power appliances and charge USB devices. All you need is a reliable extension wire to reach all appliances in your house.

    Are Solar Generators Worth The Investment?

    In short, yes, buying a solar generator is a good investment. Here is a list of the primary advantages that solar generators provide during power outages:

    • Protect and power your appliances
    • Run a freezer/refrigerator to keep your food fresh during long power outages
    • Silent, no fuel, no smell
    • Maintenance-free
    • Durable (up to 10 years)
    • Accept multiple charging sources
    • Portable and modular to bring in your outdoor trips

    Final Thoughts

    Currently, solar generators are the cleanest and most reliable way to power a house during an outage. These compact and modular units are powerful enough to run all essential domestic appliances for up to 12 hours.

    Charge them with solar panels, and it’ll boost your autonomy to go seamlessly through all power outages.

    Finally, solar generators compete with the Tesla Powerwall and its alternatives in terms of cost and storage capacity, with one significant advantage being their portability.

    kw Home Use off Grid Solar PV Panel Energy Power System Kit

    Specialized in solar design sales for wholesale and DIY customers See our 4.9-Star Google Reviews Check out our featured Customer Installs

    • item no.: FGET 4kW
    • price: 4800
    • product origin: China
    • Color: Customized
    • shipping port: Guangzhou,Shenzhen
    • Lead Time: 15 days
    • Sample: Not Available

    The off-grid solar power system packages detailed below are complete, and can be shipped quickly to your home. Call us with details on how you want to mount your solar panels and we’ll recommend a high quality racking system to meet your needs.

    Wholesale Solar’s technicians design home power systems for both off the grid and grid-tied systems for all areas of the country and at all price levels. The systems on this page are all stand-alone systems, capable of producing electricity from solar energy and storing it for use when the sun is not shining.

    Our design team can also customize a complete system unique to your specific application. If you do not find what you need on this page, contact us.

    For a basic cost estimate, pull one of your current electric bills and check out our Size Your System for Off-Grid page first.

    Wholesale Solar has pre-designed off-grid home solar packages with FGET panels and batteries.

    Solar System characteristic:

    All Systems have LCD digital display which allows you to see the system working, (eg) Charge data, System voltage, Daily power consumption and temperature.

    All type of BPS system both has AC and DC output.

    All system have automatic switch. If mains power goes off the system will switch automatically over to battery power, When mains power resumes

    the system will switch back automatically. The batteries will resume recharging automatically.

    All inverters are Pure Sine Wave inverters. This allows the use of Air Conditioners and refrigerators without any problem.

    Each component has a single chip detector. Assembled by the IPM or IGBT of Mitsubishi

    This protects the system from Overloads, Low Voltage and Under Voltage (alarm) Over Heating, Short circuit, Reverse Polarity.

    Your system can be updated very easily. Just by adding extra components your system will increase power capacity.

    Battery optional, you can purchase from us or locally.

    Simple to install, just follow installation instructions.

    Our System offers Cutting Edge Technology, State of the Art Quality with Greater Functionality than our competitors, at Competitive prices.

    Case Studies

    Project: CRRC Super Capacitor Test Capacity: 5kW Type of Module: FGET Multicrystalline 265Wp Date of Completion November 2017 Owner: CRRC Cooperation Ltd.

    30kw System Replace

    Owner: CRRC Cooperation Ltd. Project: CRRC Solar System replace Capacity: 30kW Type of Module: FGET Multicrystalline 265Wp Date of Comple tion November 2016

    Burkina Faso 5kw

    Capacity: 5kW Type of Module: FGET Multicrystalline 250Wp Date of Completion: March 2017

    Packing Delivery

    Carton Packing

    20, 10 or 4 pieces in one carton for batteries smaller than 12V24AH. one in one carton for larger batteries.

    Batteries Layer

    Load Lead acid batteries 3-5 layers high with cardboard between each layer, and stretch wrap. Make sure to catch the top of the pallet to help anchor it.

    Fumigation Free Tray

    As Lead Acid batteries are very heavy, we all use fumigation free tray to transport them.

    Our Certification

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    Commitment to quality, consistency, innovation and service is taking the Company through a steady growth in the competitive market.

    ISO Certificate

    SGS ISO9001 quality management system certificate, ISO14001 environment system certificate

    MSDS Transport

    Our batteries have UL and CE approvals. MSDS and Report for Safe Transport of Goods.

    Samples and OEM, Warranty and After-Sale Service:

    Sample can be provided for quality testing

    • OEM Welcomed
    • Warranty:5 years for solar panel, 2 years for controller/inverter/battery.
    • After-Sale Service: 24 Hour-Hot Line for Consultancy and Technical Support

    If you have any problem when using the website or our products, please write down your Комментарии и мнения владельцев or suggestions, we will answer your questions as soon as possible!Thank you for your attention!

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    12V 200ah Deep Cycle VRLA Solar Storage Battery

    FGET deep-cycle battery is designed to discharge between 40% and 80% of its capacity, depending on the manufacturer and the construction of the battery.

    12V17ah Security Certified Storage Sealed Lead Acid Battery

    In normal UPS use, FGET use maintenance-free VRLA battery, whose design life is typically either five or ten years, with some fifteen-year sizes available.

    12V 150AH Deep Cycle VRLA Solar Storage Lead Acid Accumulator

    The FGET sealed lead acid rechargeable battery (VRLA battery) is leak-proof and maintenance free. The Superiority of VRLA battery is derived from its uniquely efficient oxygen recombination technology.

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    50W Flexible ETFE Panel Portable Bag Mobile USB Charger

    High-efficiency Solar cells Fully adjustable 10A charge controller with LCD display and USB output Compatible with gel, AGM batteries and power bank Low-voltage system avoids electric shock hazards

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    Wholesale Solar Panel 100W Monocrystalline Flexible PV Solar Panels with CE TUV ETL CEC

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    Panel size MM 1730108035MM Panel weight Kg 20.55 Solar cell Mono cell 210210 Cell arrangement 21030;836 arrangement Packaging 32PCS/pallet; Packing size(LWH):175011001220MM

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    Why We Turned Down an Extra 129 Million Dollars: The Truth about Solar Generators

    We’re all familiar with the idea that some things are simply too good to be true.

    Unfortunately, there are manufacturers and sellers who prey on our drive for survival in hopes that it overrides our critical thinking skills.

    One type of item that’s currently being used to do that are so-called all-in-one power solutions that only require solar energy (aka solar generators).

    Solar generators are great—in theory. But, in reality, relying on solar generators for survival is impractical.

    For starters, for the solar claims to be valid, you need optimal alignment with the sun for the panels, which could mean having to go outside and continuously adjust your panels every single day.

    This isn’t like a solar calculator that can charge in a well-lit room. Your solar generator performance will vary significantly if your panels aren’t properly aligned with each passing hour.

    Of course, if your weather features a string or week of cloudy days, you’re out of luck.

    Solar generators can also be downright dangerous.

    In fact, they’ve been known to cause fires and are so dangerous that one of our competitors had their generator batteries recalled due to fire hazard

    There are just so many problems, that My Patriot Supply refuses to sell solar generators to our customers—turning down millions in extra revenue in the process.

    Sure, we sell solar-powered devices because they come in handy in certain situations, but we would never recommend relying solely on a solar generator to have all your bases covered during a blackout emergency.

    That would be misleading; And honestly, it’s an outright lie.

    There are, however, plenty of other companies marketing solar generators as the end-all-be-all survival tool when there is no end-all-be-all.

    One of our competitors, for example, has openly advertised how many units they have sold combined with the average selling price to total 129 million in sales.

    Before we jump into the specific claims around this product, consider what is happening in the world of solar panels.

    North Carolina consumers are currently suing the manufacturing of the roof-based solar panels they were sold. Why? Because they were promised big savings on their energy bills when they actually had to pay a lot of money for solar panels that didn’t work effectively. See the news article here.

    And let’s not forget about the multiple high-tech solar projects that have failed.

    If large solar farms and rooftop solar panels aren’t 100% effective, what makes you believe the 1800-watt solar generator you purchased online will be?

    Claims Made by Solar Generator Sellers and Manufacturers

    Marketing sells. And it can take a lot of research and digging to see past marketing claims and separate truth from fiction.

    To save you time, we’ve done the work for you. Keep reading some of the most common claims about solar generators and the real truth about this problematic product.

    Claim #1: Completely Reliable and Good for Prolonged Power Outages for Weeks

    Solar generators are NOT completely reliable.

    Let’s start with the fact that many solar generators only operate at temperatures between 32–120 °F (0–49 °C). What happens if you live up north or experience an unusually cold winter one year?

    When you look at the operations manual fine print, many say to keep the unit out of rainy, damp, or snowy conditions. The solar generator is water-resistant, but should not be exposed to rain or submerged.

    That limits use right away—especially use in survival situations.

    In addition, most solar generators come with only one solar panel. Even if the battery on the unit might be adequate, companies are selling kits with an inadequate number of solar panels.

    Trust us, one solar panel isn’t going to cut it.

    You must attach several solar panels to get significant power out of your generator.

    Companies know you need more than one panel, so they plan to upsell you more to get the solar generator to function properly. Read the fine print, and you’ll find that manufacturers say it’s best to add more panels and “daisy chain” them together to double or triple your power.

    It gets very expensive…fast.

    Claim #2: Will Power Critical Appliances

    A solar generator won’t power critical appliances like you think it will.

    If you want to back up a small refrigerator and power a few lights, then 1,500. 1800 watts might be sufficient to handle that—that is, if you have enough solar panels and batteries.

    If you have any large electrical appliances such as a range, electric water heater, electric dryer, or an air conditioner, which uses 4,500 watts or more just to run, a 1,500. 1800 watt solar generator won’t even come close.

    With 1500 watts, you’ll barely be able to run a small microwave.

    A 1500-watt solar generator wouldn’t even heat a small room. You’d drain your battery long before it was adequately heated. You could run an electric blanket for a couple of hours per day, but chances are that’s not on the top of your list when considering a solar generator to keep your household going during a blackout.

    Claim #3: Keeps Fridge Cold for Over 16 Hours on a Single Charge

    Chances are, you want your refrigerator running day and night. The problem with this claim is that if you have a 100-watt solar panel, it will put out about 500 watt-hours during the day.

    When night comes, the solar panel will do no more than keep your battery near empty… and it will not last through the night.

    It’s impossible to run a fridge that takes 1,500 watt-hours per day with a solar panel only putting in 500 watt-hours.

    Claim #4: Fast Charge Times

    Most solar generators require 4-10 hours of charge time in the sun or 3.5 hours if plugged into a power source.

    Let’s get this out of the way first: If you want a solar generator to help you and your family survive a disaster or blackout, plugging it into a power source isn’t a critical selling point.

    The issue with the “fast charge time” claim is that 4-10 hours of sun to charge your generator isn’t actually fast at all.

    Not to mention that for a solar generator to work effectively, it requires you to live in a location that gets full sun all day. Sorry, Alaska!

    Northern US states where the sun sets earlier in the winter will also likely struggle to charge solar generators. Plus, if you live in a colder climate, the solar generator may not work below 32°F.

    Claim #5: Free Power from the Sun So You Can Run Most Important Devices

    Yes, solar charging is free, but there’s a lot more to it. To put it bluntly, you may NOT be able to run your most important devices.

    Remember, to work effectively, the panel(s) need full sun all day long. If 25% of the panel is covered by trees providing shade and filters the sun, you’re going to lose 25% of the panel’s output.

    As the angle of the sun changes, you may need to move the panels manually throughout the day. What a chore.

    Output assumes direct sun and you’ll probably have to move the panels around during the day to achieve that.

    In some locations, you could spend every 15 minutes moving the panels around. Who has time to play with panels all day—especially in a disaster situation?

    If you have more than one panel, you can angle them differently to maximize sun exposure… but again, most solar generators are sold with just one panel.

    If you’re using a solar generator to power appliances during the day, you’re sucking the juice out of the battery pack at the same time it’s trying to charge, and you may not be able to put more juice back in to get the battery meter up.

    Claim #6: Will Keep CPAP Oxygen Going During Blackouts

    Sure, a solar generator can power these important devices, but for how long AND with what else drawing power from the battery?

    The majority of CPAP machines on the market use between 30 to 60 watts of power. And people use them at night, which means you have to make sure you have enough power in the battery to last the night. If the next day isn’t sunny, you may not be able to charge again for the following evening.

    Typical oxygen machines draw around 4 running amps and run on 120 volts. The motor inside the concentrator runs continually so that it has an average of 480 running watts.

    Again, while you may be able to run it, you won’t be able to run it continuously without extra panels, moving panels around throughout the day, and sacrificing the use of other appliances and lighting your home.

    Claim #7 We Have a Superior Battery

    Solar generators are nothing more than a battery you can hook up to solar panels. That’s it.

    There is no battery that will do everything you want (as many solar generator sellers claim). Another thing manufactures and sellers aren’t forthcoming about is that many solar generators require battery maintenance every 3-6 months to keep the battery in optimal condition in standby mode ready for use.

    Solutions to Power Your Home When Disaster Strikes

    Before you make a decision on what to purchase, you need to figure out what you will need a generator for and then figure out what type will work best to meet your needs.

    Here are 5 alternatives to solar generators:

    • Whole house generator – Our top alternative is a whole house generator. Whether you select propane or natural gas to power it, it’s a much more reliable solution to keep your home running during an emergency.
    • Natural gas generator – For roughly the same amount of money, you can install a natural gas generator that can power a whole home. While it may be pricey to set up initially, it is rather inexpensive to run since natural gas is cheaper than other types of fuel. The downside is that the generator must be connected to a pipeline to run, which will require homeowners to be very strategic about planning where to place it and how to use it. On the flip side, natural gas lines are very infrequently disrupted in comparison to the power grid.
    • Diesel generator – Diesel generators are a combination of a diesel engine and an electric generator. Diesel generators use fuel to run, produce a significant amount of power and are less expensive than natural gas generators. Another pro of diesel generators is that they can be run anywhere, such as on construction sites and ships. The downside is that they are expensive and pretty loud when running.
    • Inverter generator – Inverter generators use fuel to convert DC power into AC power, which makes it a safe choice for more sensitive electronics. They tend to be smaller and more portable than other types of generators. The downside is that they are not as powerful as large generators.
    • Chafing fuel – Another alternative to a generator is chafing fuel. Typically, you see chafing fuel being used to heat or warm food. They can also be used in small survival stoves. Given the small size, they will only provide a limited amount of fuel for heat for a short period of time.

    Preparedness Advisor, My Patriot Supply

    Complete Off-Grid Solar Kit 800 Watts

    Complete Off-Grid Solar Kit – 800 Watts Solar 4KW 48VDC 120/240VAC Output | [OGK-7] from Aims Power for retail price 5,999.00.

    Complete Off-Grid Solar Kit – 800 Watts Solar 4KW 48VDC 120/240VAC Output | [OGK-7] FREE Shipping, No Sales Tax Lifetime Customer Support Looking for a solar kit that doesn’t cost an arm and a leg just to get installed? Tired of getting outrageous quotes from solar installation companies?

    Complete Off-Grid Solar Kit – 800 Watts Solar 4KW 48VDC 120/240VAC Output | [OGK-7]

    Looking for a solar kit that doesn’t cost an arm and a leg just to get installed? Tired of getting outrageous quotes from solar installation companies? Look no further. Our complete off-grid solar kit comes with all of the parts and pieces needed to get up and running with clean, quiet, off-grid solar power.

    Although we do recommend having a certified solar installer/master electrician install our off-grid kits, these are meant to be extremely simple to set up and we include a professional wiring diagram/schematic for you to follow – meaning there’s no guessing as to how it’s supposed to be setup.

    You might be wondering – is this really all I need? Especially considering some of the we’ve heard our customers getting from other solar installation companies. But the answer is yes. This is a complete off-grid solar power system that includes all of the parts and pieces you’ll need.

    What Does Off-Grid Mean?

    Great question. It means this system does not tie in with your local power grid/utility company. So there’s no “selling” excess power back to the power company. Off-grid means your system operates 100% independently of the grid. Any excess power you’re making during the day goes right into your 4 batteries included with the kit so that you can run your home / RV / cabin/shop/business all night long when the sun isn’t shining.

    Is Off-Grid Better Than Grid-Tie? Or Do I NEED to be tied to the grid?

    This is a good question and it really depends on who you ask. Most of our customers are looking to gain “grid independence”. They don’t want to rely on the local power company to keep their lights on and food cold. When you install a grid-tied solar system, this means that if the grid goes down… The solar power on your roof is useless. You NEED batteries on your system to be considered off-grid.

    There’s a lot more involved with a grid-tie system (think permitting, AC coupling, remote monitoring, etc.) which typically makes these types of solar power systems much more expensive. Whereas off-grid solar systems require a lot fewer bells and whistles and are much easier to install.

    What comes in this solar kit?

    With 800 Watts of Solar and a 4000 Watts inverter charger, you’ll get 120 240 Vac 48VDC power. Combined with 200 amps of battery power and a 60 amp charger controller this kit is ideal for large-size devices such as appliances, fans, pumps, compressors, and electronics up to 33.3 amps.

    Perfect for locations that need power for 2-3 hours running 4000 watts during night hours, before recharging, and also have access to a generator or shore power is available to recharge batteries using the inverter. With 4 x 200ah AGM batteries, you’ll have 4.8kwh or 4,800 watt-hours of useable capacity.

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    Solar panels keep a charge on the batteries using sunlight and will recharge the batteries at 50% depletion in 7 hours in full sun. EVERYTHING YOU NEED TO BE OFF-GRID.

    Backed by Lifetime Support

    All of our solar kits are backed by lifetime customer support via phone, live chat, and email. We also include all of the necessary schematics for setting up your solar kit.

    Order Include?

    • PICOGLF40W48V240VS – 4000 watt pure sine inverter charger 120 240 VAC 48VDC – runs cooler and efficient
    • Solar Panels – qty 4 – 200 watt monocrystalline solar panels
    • DC1600V32A2I0 – disconnect switch
    • SCC60MPPT – 60 amp MPPT solar charge controller
    • AGM12V200A – qty 4 – 200 ah AGM deep cycle battery
    • PVF100FT10AWG – 100 feet PV wire for the solar panel to disconnect switch (female)
    • PVM100FT10AWG – 100 feet PV wire for the solar panel to disconnect switch (male)
    • PVF20FT10AWG – male and female to bare ends for disconnect switch to charge controller
    • PICGLFBATS – Battery temperature sensor
    • CBL08FT6AWGC- 8 ft set of 6 AWG cable to connect the charge controller to the battery bank
    • ANL80KITJ – 80 amp fuse kit for the charge controller to the battery bank
    • CBL08FT4AWG – 8 ft set of 4 AWG cable set battery bank to the inverter
    • ANL150KITWJUMP – 150 amp inline fuse kit with a jumper for batteries to inverter
    • 3 1ft jumpers for series battery connection 4 AWG
    • FREE Shipping NO Sales Tax
    • Lifetime Support
    • Professional Wiring Diagram / Installation Schematic

    What Can This Kit Actually Power?

    • Fridge/Freezer (100 watts): 48 hours
    • 50″ TV (65 watts): 73 hours
    • LED Lights (6 watts): 600 hours
    • House Fan (50 watts): 80 hours
    • Smartphones (5-7 watts): 1600 hours
    • Tablets (25-40 watts): 100 hours
    • Laptops (50 watts): 80 hours
    • Electric Blanket (Queen Size, 75 watts): 50 hours
    • CPAP Machine (30 watts): 160 hours


    • Easy to connect and use
    • Works with devices up to 4000 watts/ 33.3 AC amps 110/120VAC or 16.6 amps 240VAC
    • Ideal for any equipment that needs off-grid power
    • Perfect for a small home, cabin, or business.

    EcoFLow Delta Pro has a huge expandable capacity that you can customize to meet your energy needs. With two Smart Extra Batteries, you can increase your capacity to a whopping 10.8kWh.

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