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OUPES 1800W Portable Power Station, Solar Generator 1488Wh (465000 mAh) LiFePO4 Battery Backup with 3 AC Outlets (4000W Peak), 3600+ Cycle Emergency Power Generator for Home Use, Camping

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Style: 1800W


Features

  • Your Safety is Our ConcernBuild-in utilizes the highest quality LiFePO4 to guarantee the longest life, better heat dissipation, and stability. It's noise-free, zero emissions, eco-friendly. 120V Pure-sine wave inverter makes sure there is no damage to your sensitive electronic devices. The solar panel is made of high qualified monocrystalline silicon cells which are 20% higher efficiency than others. International certificates and safety features include PSE, FCC, CE, MSDS, UL, ROHS
  • 3 Ways for RechargeUsing a 400W Solar Panel will take about 3.5 Hrs. Use a dual-wall AC outlet adapter it will take 4 hours for a full charge, car charging will take about 15 Hrs. The actual recharge time may vary from weather condition, temperature or the angle, or the location you place the solar panel. Unlock the true solar power, and experience the energy from mother nature while at your road trip, camping trip, RV, and over-landing
  • Simultaneous Charge 10 DevicesMulti-port is suitable for different applications, making your outdoor camping more interesting and convenient: 3 x 110V-120V/1800W AC port(Peak 4000w); 2 x USB-C PD outputs (left 60W, right 18W); 2 x USB-A(Quick Charge 3.0,18w Max.); 1 x 12V/10A car lighter; 2 x DC 5521 port. It just weighs 33lbs, which makes it a solar-powered generator for adventure on the go.
  • Professional Camping PowerComes with a capacity of 1488Wh(465000 mAh) LiFePO4 and an amazing 1800W (Peak 4000W) inverter, which lets you power about 90% of essential devices like full-size refrigerator, TV, heater, electric grill, blanket, and more for your outdoor and home needs. Multifunction LCD shows Battery Power, Available time, power consumption, 3 modes Led Flashlight: weak light, strong light, SOS.
  • What You Get in Bundle Package1* OUPES 1800w Solar Power Station and all the accessories ( 1*200W AC adapter, 1*Car Charging Cable(7909), 1 * Manual,

Brand: OUPES


Wattage: 1800 watts


Fuel Type: electric-vehicle-grade


Power Source: 电池供电


Recommended Uses For Product: 露营


Item Weight: 31 Pounds


Voltage: 110 Volts


Output Wattage: 4000 Watts


Special Feature: Electric-vehicle-grade,Portable


Included Components: Charging Cable


Brand: ‎OUPES


Wattage: ‎1800 watts


Fuel Type: ‎electric-vehicle-grade


Power Source: ‎电池供电


Recommended Uses For Product: ‎露营


Item Weight: ‎31 Pounds


Voltage: ‎110 Volts


Output Wattage: ‎4000 Watts


Special Feature: ‎Electric-vehicle-grade,Portable


Included Components: ‎Charging Cable


Color: ‎Coffee


Engine Type: ‎4 Stroke


Ignition System Type: ‎electric-vehicle-grade


Tank Volume: ‎1 Gallons


Runtime: ‎3 hours


Total Power Outlets: ‎3


Frequency: ‎60 Hz


Manufacturer: ‎Shenzhen Wei Peng New Energy Technology Co., Ltd.


Item Weight: ‎31 pounds


Product Dimensions: ‎15.1 x 9.5 x 13.3 inches


Country of Origin: ‎China


Item model number: ‎1800w


Size: ‎1800W


Style: ‎1800W


Item Package Quantity: ‎1


Special Features: ‎Electric-vehicle-grade,Portable


Warranty Description: ‎36 months warranty


Date First Available: May 10, 2023


Frequently asked questions

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Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

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View our full returns policy here.

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Top Amazon Reviews

    • LiFePO4 is safer than lithium-ion, but also costs more and is heavier. Large AC inverter
Style: 1800W
Review Image by YuenX YuenX
Review Image by YuenX YuenX
Review Image by YuenX YuenX
Review Image by YuenX YuenX
Review Image by YuenX YuenX
I use a small battery for grocery shopping. Groceries? Yes! Hear me out on that one. But before you write me off as some crackhead, I'd like to preface that I have extensive experience with Goal Zero, Jackery, Rockpals, and other branded Lithium-ion battery power stations that I use for extended camping trips and home emergencies. You probably already know what a power station is for. They are excellent for disasters and travel where power is needed. Most have the capability to be recharged by a car's 12V cigarette port, AC brick wall, and/or solar panels. In this review, I will go over: - Lithium-ion (Li-ion) vs Lithium Iron Phosphate (LiFePO4) battery cell differences - Pros and Cons of this Oupes battery - Basics like Watts, Watt-hours, Continuous vs Peak rating, and more There has been an increase in people taking emergency preparation more seriously amidst climate change, wildfires, hurricanes, flooding, and so on. BATTERY TECHNOLOGY AND SAFETY Goal Zero debuted with Lead-Acid batteries that were bulky and heavy. Today’s devices use Lithium-ion (Li-ion) and Lithium Iron Phosphate (LiFePO4) for more power in a smaller, lighter package. Li-ion, however, is more volatile and becomes riskier as more cells are packed together. The Oupes uses LiFePO4. More on that later. CELL MANUFACTURERS Battery cells made by LG and Sony are among the best in the hobbyist world as are Sanyo/Panasonic and Samsung. Oupes stated that they make their own. During my years of research, I found that use of lower-quality batteries could pose a serious risk to life and property and should become a crucial part in deciding what to buy. I was unable to have Oupes tell me who manufactures the cells -- common among smaller vendors -- but do keep in mind that LiFePO4 is by far safer and less volatile than Li-ion. So, I will let that slide even though opening up the power station would probably tell me more about the batteries. SAFETY The second part in a battery’s safe operation depends heavily on the design and BMS (Battery Management System). Some BMS manufacturers, unfortunately, overstate their capabilities that could lead to catastrophic failure. - Design should allow for proper thermal cooling, use quality components, and obtain proper certifications - Batteries made by known manufacturers are less likely to fail - BMS should sufficiently restrict the battery from going past its capabilities I was not able to determine what BMS the Oupes uses. LiFePO4 vs Li-ion CELLS Lithium Iron Phosphate (LiFePO4) batteries -- which this Oupes uses -- are bulkier, heavier, and cost more than Lithium-ion. However, they excel in these areas: - Less volatile and thus, safer - Charge cycle: 1500-2000 (10+ years) -- Li-ion: 20-25% capacity loss after every 500 cycle (6-10 years with up to 2000 cycles, but diminishing capacity over time) - Usable in high temperatures. Li-ion: only 140F/60C max - Holds 350-day charge. Li-ion: 300 MY USE CASE For the very reason that this battery is made with LiFePO4 -- which is safer than Lithium-ion -- I am feeling sufficiently confident to keep the battery in my car's trunk at all times. Previously, I had used a Rockpals 300Wh and Goal Zero Yeti 500x, and with Goal Zero's blessing, the 500x was ok to be used during the hot, California summer days where ambient temperatures can reach as high as 108F (and of course a lot hotter in a car.) The BMS would and should automatically shut off the battery once its internal batteries were too hot. What the battery was used for was to power my small car freezer for grocery runs so I would not have to rush home to minimize melting. It would allow the car fridge to keep running while the car was off. The Rockpals and Goal Zero always still gave me some concern because they are Lithium-ion batteries, and so I decided to get a BigBlue LiFePO4 battery (and later this Oupes) to replace them with. IN A NUTSHELL The Oupes 1800W is a no-frills power station with an unfortunate model naming convention -- the 1800W referring to its continuous output. The 1,800W of energy (and peak of 4,000W) gives it a HUGE advantage over the Goal Zero Yeti 1500x's 3,500 peak. This provides enough power for a large amount of electronics and bigger appliances, such as a laptop, television, fridge, medical device (like CPAP), and car freezers, including rice cookers, vacuum, water boiler, and circular saw. The hard, plastic material used to help shed weight (and cost) could be prone to cracking from hard falls or bumps, potentially exposing the LiFePO4 batteries to puncturing. The carry handle is fixed and I am not a fan of it (Jackery's is like that too) because it makes it less stackable in tight spaces. LiFePO4 batteries are infinitely SAFER, heavier, costlier, and have a longer charge cycle (battery lifetime) than Lithium-ion, but Oupes somehow managed to keep it at 30 lbs -- Yeti 1500x is 45 lbs. The 1,488 Watt-hour capacity provides it with enough charge to power a 60W laptop for up to 21 hours (1,488Wh x 0.85 efficiency loss / 60W), a 40W CPAP for 31 hours, or a 110W Amazon Toshiba TV for 11.5 hours. Functionally, this is a good, portable power station with a multitude of AC and DC outputs. Oupes included two USB-C PD with 60W output. This makes it useful for charging supported laptops. A MPPT solar charging controller is built-in. These modules are more expensive than PWM ones and provide for more efficient, faster charging via solar panels. The display screen is impressively sharp and bright and provides sufficient information about the battery's runtime. Pass-through AC output is available while its battery is charging. That means that you can connect AC-powered devices while being charged. Although you should be aware that doing so could shorten the battery's lifetime a bit. A cigarette port cable -- but not a solar one -- was included. Overall, for what I have been using this battery for -- storing in the car for grocery runs or travels during the hot, summer heat -- it works exceptionally well. Knowing that it runs on LiFePO4 cells gives me an additional piece of mind that a fire wouldn't easily start the same way volatile Lithium-ion batteries are known to be the cause of. PROS - At 1,488 Wh capacity, it is large enough for a week's getaway, depending on what you use to power it with - AC Inverter capable of continuous 1,800W power (and 4,000W peak) - More details later - Surprisingly inexpensive for LiFePO4 at 1,488 Wh capacity - Enough continuous/peak wattage rating to power most, common electronics -- Laptop, tablet, phones, lights, fans, CPAP medical device, projector, TV, mini refrigerator, speaker, camera, DSLR battery charger, and large appliances - USB-C PD ports - AC & DC ports (USB, 12V) can be used while charging - Faster charging with MPPT controller (Maximum Power Point Tracking) - Informative, sharp, and bright LED display -- Total power coming in (via solar panel or AC adapter) -- Capacity left (as a percentage) -- Total power (AC and DC combined) being used --- Suaoki G500 displays the Wattage separately for DC and AC, which I prefer - Pure Sine Wave (I did not verify the manufacturer's claim for this review) to help power sensitive electronics - BMS provides built-in overload, overcharge (automatically stops charging when the device is full), and short-circuit protection -- Fan to keep the station's temperature safe - Multiple ways of getting charged -- Massive, fast-charging 200W AC power brick (24V @ 8.33A) -- Solar panel (via DC 7909 port) - Built-in LED with SOS flashing mode CONS - Anderson Power Port (APP) is NOT included for standard solar panel connection - Carry pouch is not included to hold AC charger and cables - Batteries are likely not made by a globally well-known, Tier 1 manufacturer - Hard, plastic material makes the power station lighter, but could be prone to cracking from hard falls or bumps - Although the exterior looks simple and clean, once I saw the Goal Zero Yeti 500x, I fell in love with the Yeti's design - Battery cannot be replaced. This can lead to unnecessary landfill waste - Cannot be daisy-chained to other Oupes to extend battery capacity, though you may be able to do so through plugging one of them into the 12V cigarette port -- Some Goal Zero stations can be hooked up to other ones so power can be provided for an even longer time without needing to switch - Not waterproof. Keep it away from water splashes, rain, and pool! USAGE - To turn ON or OFF the Car/USB (DC) or AC outputs, press the corresponding button - Li-ion batteries have 500 charge cycles before capacity drops to about 80% from when they were new -- Li-ion could, in theory, be charged up to 2,000 cycles — about 1/4 of total capacity is lost every 500 cycle - LiFePO4 batteries, however, can 1,500 - 2,000 cycles without losing any capacity in the meantime CONTINUOUS VS PEAK OUTPUT - Oupes 1800W: 1,800W (4,000W Peak) Before we continue, it is important to understand the difference between Watts and Watt-Hours. How much power is used or produced is measured in Watts, and how much energy a battery can store is calculated in Watt-Hours. See the “Calculations” section below for more details. How much energy a battery can store is measured in Wh (Watt-hours), and how much power is used or produced in W (Watts). - AC Inverter: Converts battery (DC) power into AC -- Oupes provides 1,800W continuous output with a 4,000W peak - Peak/Surge (Starting): Nearly every device initially draws extra power to turn on. The highest amount it pulls is the Peak. As long as that number is below 4,000W, it can be STARTED. Examples… -- Turns on OK (PEAK under 4,000W): --- Freezer starts at 400W (peak), runs at 150W once on -- Will NOT turn on (PEAK over 4,000W): --- High-powered Home AC starts at 5,000W (peak), runs at 1,000W once on Most devices power on at a higher (Peak) wattage than when they are already on (Continuous). Therefore, if its peak exceeds the power station’s max, it may not be able to start Continuous Output (Running): Once devices are on, as long as they keep drawing less than 1,800W total, they will stay ON until the battery runs out - CONTINUES running (under 1,800W) -- 100W TV + 60W laptop = 160W - COULD STOP running (over 1,800W) -- Temporary overdrawing beyond 100W for a few seconds is okay. A quality BMS will protectively shut down the battery if the surge does not end after a while. Regularly going over for a prolonged time can ruin the battery in the long run CALCULATIONS What size battery should you get? How long will it power your fridge for? How long will it take to recharge? The below calculations can help answer those questions and are rough ESTIMATES as conditions, battery quality, and age can vary. CHARGING TIMES Time to Charge This 1,488Wh Power Station - Calc: Hours to charge battery = Battery capacity (Wh) / Input Wattage -- Note: As battery approaches 75% full, the input charge will increasingly be slowed down to prevent overcharging - AC Wall: 90W @ 16.5 hrs [1,488 Wh / 90W] WATTS USED/PRODUCED BY A DEVICE - Calc: Watts used or produced by device = Voltage x Amperage - Vacuum with 120V @ 9.5A uses 1,140W - Solar panel with 12V @ 10A can produce up to 120W IDEAL BATTERY POWER STATION SIZE - Calc: Battery capacity (Wh) = Watts used by device x Hours needed for / 0.85 -- 10-15% of power is lost during power conversion - 45W car fridge needed for 8 hours: Minimum 424Wh power station (45W x 8 / 0.85) TIME BEFORE BATTERY IS EMPTY - Calc: Hours available for device = Battery capacity (Wh) x 0.85 / Watts used by device -- 10-15% of power is lost during power conversion - 60W laptop with 505Wh battery: Up to 7.2 hours (505Wh x 0.85 / 60W) TIME TO CHARGE A DEVICE - Calc: Hours to charge device = Device’s battery capacity (Wh) / Input Wattage - 60W laptop with 200Wh battery: Up to 3.4 hrs (200 Wh / 60W) TIPS - Always test your devices with the power station before you depend on it on the go - You cannot jump start a car with this type of battery. Look into the NOCO Genius products for that instead -- To minimize fire damage to your belongings or loved ones, store the power station in the garage and not inside the house. Best storage is a dry, cool place, however -- You cannot bring a battery of this capacity on a plane - With the right BMS, quality batteries, and other factors, the power station can be stored in the car while camping during a hot, California summer -- Keep the battery out of direct sunlight. I usually store it on the floor of the car and crack open the windows a tiny bit -- Do not USE in the car if temperatures fall below or exceed the battery's rated, operating temperature - If using a car charger, make SURE you only charge this station while the car is RUNNING. Otherwise, you'll deplete your car's battery and leave you stranded - If charging with a solar panel, be sure to keep the station out of direct sunlight as it could overheat -- A solar panel is NOT required to use the battery - Turn off any output ports (AC/DC) that are not being used in order to conserve power - Do not use any power station in a tightly enclosed area as it can overheat - To prolong the battery lifetime while in storage, keep the battery fully charged every 3-6 months -- Or, keep it plugged in when not in use and discharge it to 50% every 3-4 months -- NOT using the battery for a very long time can actually hurt its lifetime -- There is no "memory effect" in this station's battery. It is better to NOT let it completely drain FINAL THOUGHTS The Oupes 1800W is a decent battery. The 1,800W of energy (and peak of 4,000W) provides plenty of power for a large amount of electronics and small appliances, and is the perfect size for a week's trip (with occasional recharging via 12V car port or solar panel) or to charge something for days (like my car freezer). Its LiFePO4 batteries are safer to operate than the Lithium-ion ones used in Jackery and Goal Zero's products. The hard, plastic material commonly used by power stations to help shed weight and cost could be prone to cracking from hard falls or bumps, and as such, this product should be handled with care - a puncture of the batteries could cause severe harm. It has a significant price advantage over the industry leaders. So, is this Oupes better than Jackery or Goal Zero? If you want something safe that won't easily burst into flames, has a longer overall lifetime, and is relatively inexpensive, the Oupes is a good choice. If you want something lighter from companies with proven track records, then Oupes may not be something you want to get at this time. For me, I am happy with the Oupes (primarily because it uses LiFePO4 and makes me feel safer to have it around on trips). ... show more
Reviewed in the United States on April 18, 2022 by YuenX YuenX
    • Solar Panel
Style: 600W
Sit up the unit and hooked it up to solar panel. The power indicator said 81% 3 hours later it was at 0. The cooling fan keep running the whole time. It didn't charge it sucked the energy out of the unit. Took in the house it took 4 hours to charge to 70% once again the cooling fan runs the whole time. I bought this to be mainly used with solar panels as the charger. Well That is not going to work. After this experience I saw another review that said the same thing. 8/20/21 Since writing the above review the company reached out to me and is trying to help solve the problem and have agreed to send a solar panel of their own brand to be determine if the problem I am having with the unit is with my current solar panel or their product. The power station works great when charged with 110v . In fact I am charging my phone with it as I am writing. This company has consumer satisfaction as a major goal. When I receive their panels and try them out I will come back and change this review. Very good company so far. 8/24/21 I received the solar panel yesterday it got here very very quickly. It is in the sun right now charging first the power pack from 83% to 86 % in about 15 minutes. That is a wonderful speed. I need to leave shortly so I am charging my cell phone with it now. it went from 23% charge to 39% in less than 20 minutes. To say I am pleased with the performance of this solar panel and Power station is an understatement. The company did everything they said they would do and they treated me the old fashion way from the start. They wanted me to be happy with their products. AND I AM. 100% in favor of this company and their products. ... show more
Reviewed in the United States on August 12, 2021 by Nonnie
    • OUPES 595Wh Portable Power Station
Style: 600W
I have bought other LiFePO4 portable stations and this one from OUPES has been the best one so far. It provides consistent energy based on calculations displayed on its panel and the battery holds the energy very well after a long storage time. It charges fairly quick, either using a 100W solar panel or by using the outlet adapter. Tested in Puerto Rico during hurricane season. Definitely, a much better option than those Li-ion stations. I'm satisfied with this purchase and recommend the product. ... show more
Reviewed in the United States on October 28, 2023 by D. Torres
    • worst solar genny ever
Style: 600W
I hate to do this I hate to leave a bad review but I've tried everything I can this thing is horrible I will list the reasons why the AC inverter no matter how small the load will run the fan the fan will run down the battery. I also purchased the same brand solar charger it was expensive but I wanted it to be the same one to be matched for my troubles the following is what I got when I connect the solar charger the fan runs if it's inputting 100 watch it does I'll give the solar panel that much credit. the fan runs. if it gets cloudy or it gets dark the solar panel continues to run the fan the fan will drain the battery I bought this to power 12 volt fridge I will admit it does that very well if I'm only doing DC it works great but both of us that bought a solar generator bought it to attach a solar panel and when you attach the solar panel the fan will drain the battery faster than it charges this thing is useless Edit sept 4th 2022. Used it again. It’s been in storage so I left it charging on the oupes 100 watt solar panel. No complaints. Checked it a few hours later and it was 100% full. Got busy and didn’t do anything till the next morning. I totally forgot that as soon as you connect the solar panel the fan turns on. So at night with it power off the internal fan ran all night because the the solar panel was plugged in ! It was dead from just being there off that’s a lousy design. Don t buy this item ... show more
Reviewed in the United States on October 12, 2021 by Juan
    • Easy to use.
Style: 600W
Purchased this 600 watt for emergencies to run low watt items like the radio, my phone, lighting, and to top off the ebike battery. For those interested my ebike battery is 700 watts, it pulls 180 watts from the power station per hour so I’ll only be topping off the ebike battery when it gets down to 50% so as not to completely deplete both the ebike battery and the power station. ... show more
Reviewed in the United States on January 12, 2024 by Jeffrey Kreiley

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