BLUETTI Portable Power Station AC200P with 2 PV200S Solar Panel Included, 2000Wh LiFePO4 Battery Backup w/ 6 2000W AC Outlets (4800W Peak), Solar Generator for Outdoor Camping, Road Trip, Emergency
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Style: BLUETTI AC200P+2x200W Solar Panels
Features
- [Solar Power Your Life] - This solar generator kit includes AC200P power station and 2 PV200S 200-watt foldable solar panels, enabling you to replenish this 2000Wh power station from 0-80% in 4-8 hrs.
- [Power Monster] - With a remarkable 2000Wh of capacity and a strong 2000W inverter, this AC200P power station can power 99% of home devices, giving you confidence in any emergency.
- [17 Versatile Outlets] - 6 AC ports, standard USB-A/Type-C/Car port plus 2 wireless charging pads always can service your various needs, while a 12V/25A DC port will power your DIY work.
- [3500+ Life Cycles to 80%] - The ultra-safe LiFePO4 battery cells and premium BMS tech offer multiple protections to your AC200P, making it a reliable power backup that can last longer than a decade.
- [What You Get] - BLUETTI AC200P portable power station, 2PV200S solar panel, AC adapter, solar/car charging cable, XT90-aviation cable, user manual, 24-month warranty, and friendly customer service.
Brand: BLUETTI
Wattage: 2000 watts
Fuel Type: Electric
Power Source: Solar Powered
Recommended Uses For Product: Camping
Item Weight: 60.6 Pounds
Voltage: 120 Volts (AC)
Output Wattage: 2000 Watts
Special Feature: Travel
Brand: BLUETTI
Wattage: 2000 watts
Fuel Type: Electric
Power Source: Solar Powered
Recommended Uses For Product: Camping
Item Weight: 60.6 Pounds
Voltage: 120 Volts (AC)
Output Wattage: 2000 Watts
Special Feature: Travel
Manufacturer: BLUETTI
Part Number: AC200P+2*PV200
Item Weight: 60.6 pounds
Country of Origin: China
Item model number: AC200P
Style: BLUETTI AC200P+2x200W Solar Panels
Special Features: Travel
Warranty Description: 4-year warranty
Date First Available: November 9, 2023
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Top Amazon Reviews
Style: BLUETTI AC200P
The AC200P is a 2000 watt-hour power station, with long-lasting Lithium Iron Phosphate cells. It has a pure sine wave AC inverter capable of 2000 watts sustained current, and will surge up to 4800 watts. There are 6 AC outlets, 4 standard 5 volt/3 amp USB outlets, one USB C with up to 60 watts output, two 3 amp barrel outlets for 12 volt, one 10 amp “cigarette lighter” outlet for 12 volts, a 12 volt 25 amp aviation port (aviation refers to the type of plug, not the intended use), and two 15 watt wireless charging stations on top. That’s a lot of capability! The AC200P is similar in every detail to the wildly popular AC200, which sold thousands of units on an Indiegogo campaign in the summer of 2020. The only difference is the switch to Lithium Iron Phospate cells, with an increase of 300 watt-hours over the 1700 available on the AC200. The AC200/P is the successor to the EB150 and EB240 power stations, which took the world by storm when they were released in 2019. The combination of large capacity, portability and price still make them a popular choice. Their AC inverter is limited to 1000 watts (1200 surge), which for some applications is not sufficient. Maxoak got the message loud and clear, and put a much more powerful inverter (and more AC outlets) in the AC200/P. For many people, the EB series is still preferable. The AC200P weighs in at 60.6 pounds. This is at the high end of what I’d call a portable power station. The built-in handles work great, and one reasonably fit person can move it around, but I plan to find a good location and leave it there, and I reckon most people will do the same. The AC200P has a built-in fan to keep it cool when needed. It seems my CPAP doesn’t draw enough current to cause the fan to kick on, so it is perfectly quiet all night long. In situating the unit, be sure to leave space for the fan to draw air without straining. A four-inch margin on all sides will be sufficient. I’m not going to go further into technical specifications. For those who are unfamiliar with these products, there are numerous reviews on YouTube which go into considerable detail on the technical aspects. I highly recommend two channels for this purpose: DIY Solar With Will Prowse, and Hobotech. Both of these presenters are kind of quirky, but their information is impeccable and thorough. My goal is to provide information on usage rather than specs. In my world, that boils down to 4 principal uses: CPAP, ham radio, emergency preps, and camping. Rather than do one long video covering all of those, I’ll present several short videos, focusing on one use-case at a time. I’ll post links here as the videos are published. Today, we’re looking at the CPAP. I live in hurricane country, in Eastern North Carolina. We have been through some doozies in the decades I’ve lived here, including Hurricanes Floyd and Florence, which devastated the whole region, and several smaller ones like Fran and Irene which had a major impact but not as wide-spread. In addition to hurricanes, we have power outages due to occasional severe storms, ice storms, and sometimes for no discernible reason. If the power goes out at night, I don’t want my CPAP to stop working. So I use a power station at all times for the CPAP. Some of you may want to do the same, and came here for information on how to do this. I’ve had the AC200P for a month and have been using it for my CPAP that entire time. Every night before turning on the CPAP I take a photo of the screen, and again upon waking up, so I have a series of photos showing the percentage of battery used each night. My conclusions are drawn from that data. My CPAP is a Philips Dreamstation. It is a quiet and efficient machine. With the humidifier, it draws an average of 50 watts per hour over an 8 hour period. When first turned on, as the humidifier heats up the water, the current is higher. After the water has heated up, the current drops. Without the humidifier, the average power needed is 10-12 watts. Clearly, for a long-term power outage or off-grid camping (boondocking), if you can get along without the humidifier, you will extend the usage considerably. I’ve powered the CPAP with both the AC power brick that came with it, and with a 12 volt adapter which I purchased separately. I also ran the CPAP with and without the humidifier. While I prefer the humidifier for everyday use, in a lengthy power outage I would disconnect it, as the humidifier more than doubles the current needed. On average, with the humidifier, on the 12 volt outlet, I will lose about 20% battery capacity per night, so it could run at least 4 and maybe 5 nights without recharging. On the AC inverter, it loses 25% or more, which would be 3-4 nights. If your CPAP has a 12 volt adapter cord, that’s the way to go. Without the humidifier, at 10-12 watts per hour on the 12 volt port, I could get easily 10 days’ use. In a power outage situation, if it went on this long, we would bug out to another location, as there would be other issues affecting our safety and comfort besides just the lack of electricity. For camping, this would be very useful. For everyday use, I leave the AC200P turned on all the time. If I were maximizing it, I would turn it off when not using it, since with the 12 volt system turned on, it loses around 1% per hour when nothing is drawing current. The 12 volt regulation circuitry takes some power and produces this loss. If the AC inverter is turned on, the drain is much higher. This is another good reason to invest in a 12 volt power cord for your CPAP. The AC200P has pass-through charging, which means you can use it while it is plugged into either the wall charger or solar power. In my current home, I don’t have a solar power set-up, so I use the wall charger to keep it powered. I prefer not to leave the wall charger active at all times, and it will shorten the life of the battery cells to keep them at 100%. So I have the wall charger plugged into a smart outlet, which is programmed to recharge the AC200P for a couple of hours, every other day. Basically, I run the unit between 20-80% state of charge, which is recommended by many experts as providing the greatest longevity for batteries with a lithium chemistry. Lithium Iron Phosphate batteries already have a great lifetime, so I’m not so worried about that. But since it’s simple enough to do, why not? The smart outlet I use is rated for 3 times the amperage that the wall charger draws, which is a generous safety factor. If you choose to use a smart outlet, I suggest you follow this plan. We had a brief power outage during the night, the first week I had the AC200P. The only way I know this is that the clock on the stove and microwave were blinking when I got up. The CPAP never stopped, because it wasn’t plugged into the grid. Prior to getting the AC200P, I was using a Bluetti EB150 for the CPAP. While the EB150 has nominally 500 watts less than the AC200P, I get a couple more nights of CPAP use out of it under the same conditions described above. I believe, although I can’t prove, that the 12 volt regulation circuitry is more efficient in the EB150 and thus the drain during the day is less. Again, in a long-term power outage or boondocking situation, I would turn either battery off during the day to avoid parasitic loss. Either of these – the AC200P or the EB150 – would do the job for my CPAP over a week’s use or more. I see the EB150 as better for 12 volt usage, and the AC200P as optimized for AC. For that reason, I will be moving the AC200P downstairs where I would have a need for AC in a power outage, and return the EB150 to CPAP service. Full disclosure: I received an AC200P from Maxoak in order to do this review. The testing is all mine, and they did not ask to see this review before it was published. You might be seeing it before they do. I hope this review is helpful for all of my fellow CPAP users. I will also be testing other power stations, such as the newer Bluetti AC30, a light-weight, mid-range power station with different applications. That’s all for now.
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Reviewed in the United States on January 2, 2021 by Dr. Bruce
Style: BLUETTI AC200P
I use battery-based “solar” generators around the house whenever I need power in places that are inconvenient to run an extension cord. For example, last week my wife and I cooked some food in a crock pot for a relative. We needed to deliver it in the middle of the 8 hour cooking cycle so I plugged the pot into a Maxoak 500 watt battery generator and put the whole thing in the car for the 30 minute drive. When we arrived, we just plugged the pot into their kitchen outlet so it could finish cooking. I figured out a long time ago that the units made by Maxoak were a cut above the others I had bought earlier, so I have stuck with their products since then. I have an older 4,000 watt-hour unit, a 400 watt-hour unit, a 500 watt-hour unit, a 1,000 watt-hour unit and now I just bought their new Bluetti AC200P unit, which is 2,000 watt-hours. I charge all of my battery systems with solar power so I normally don’t use the chargers they include with them. For the AC200P I have ordered some parts to allow me to connect it to one of my solar panel arrays that fall within the 35-150 volts specified in the manual, but for this review, I am using the charger included with the unit. The AC200P is the first product from Maxoak/Bluetti that uses Lithium Iron Phosphate (LiFePo4) batteries. All earlier models were built around Lithium Ion batteries. LiFePo4 batteries are safer and they last longer. That is, if you treat them right, they will continue to provide at least 80% of their rated capacity for 1,000-2,000 full charging cycles. The AC200P will likely exceed even that because the unit is designed to cut off the outputs and charging cycle so that you can only use 90% of the battery’s actual capacity. This is a good tradeoff between usable capacity and life extension. And, the AC200P battery is 48 volts rather than the 12 volts of most solar generators. That should translate into a more reliable, longer lasting AC inverter since it doesn’t need to boost the voltage as far and thus keeping the current lower. The display/touch panel provides access to screens that provide information about the operations of the chargers, the AC load and DC load. There are also six pages of fault indicators so you can better understand any issues that might occur. So far I have only triggered the Inverter Overload fault by running an AC load of 2,200 watts, which is 200 watts above its rating. What was amazing to me is that it continued to operate for about three minutes in that overload situation before shutting off the AC output. I did not try higher watt overloads but I did try shorter duration overloads of 2,200 watts and, even though it beeped whenever I exceeded the 2,000 watt limit, it continued to operate as long as I brought the load below 2,000 watts before 3 minutes had transpired. I did a full load test, keeping the AC load as close to 2,000 watts as I could and it lasted one hour, which is exactly what the 2,000 watt-hour specification says it should. After it reached zero percent charge, the AC output shut down automatically. I had hoped that the AC output would turn back on automatically once the battery had charged back up to 5 or 10% but it does not. You must manually turn the AC output back on after the low battery fault by touching the AC Output button on the touch screen and selecting “ON”. This means the AC200P is unsuitable for long-term unattended applications (like long-term sump pump backup, or for supplying power for a refrigerator inside an infrequently visited cabin that has solar panels for recharging), but Bluetti advertises their generators for portable power uses, not unattended applications. 2,000 watt hours is a lot of power. I ran a space heater, a 300w incandescent flood light, a tool battery charger, a large air circulation fan (on high), a large drill and a small heat gun (on low heat) to get to the 2,000 watt limit, and it all ran for an hour. There are six 120 volt outlets on the front and eight 12 volt DC outputs of various types—including one USB-C charging output. There are even two 15 watt wireless charging pads on the top surface for mobile phones with that capability. My phone charges for a while on these pads but I use a thick protective cover which is known to interfere with wireless chargers (and it’s very hard to get it off and back on). My wife’s Google Pixel 3 charges fine without a protective cover. So far the only minor disappointment is the AC self-consumption power. If you leave the AC output on without any AC loads connected (or all loads powered off), the AC200P inverter will consume about 50 watts all by itself. In fact, that 50 watts even generates enough heat that the unit’s fan needs to turn on low occasionally. The AC200P includes an “ECO” mode, which will turn the AC output off if no load is applied for four hours. That will solve the problem for most people, but it seems like they could have put the AC inverted into a suspended state until a load is sensed. That would conserve power and allow the device to remain on and ready for much longer. As it is, leaving the AC200P on and ready to supply AC power with the ECO mode off will result in more than 50% of the battery being consumed within 24 hours. In ECO mode, once the AC output is turned off after 4 hours, the self-consumption is closer to 5 watts. But be aware that you still have to manually turn the AC output back on when you want it to power something after ECO mode shuts it off. The thing I like most about the AC200P is that it allows the highest solar power recharging input of any portable generator I’m aware of (700 watts). That should allow me to recharge the unit from zero to full on a sunny day in about 3 hours, as long as I can configure my panels to reach the 700 watt limit. According to the manual, it will charge the battery whenever the solar panel input provides sufficient power, even if the unit is turned off. That will allow me to leave the AC output off and keep it fully charged and ready for use at any moment. AND, you can charge with both the 700 watt solar input AND the 400 watt wall charger at the same time for an even faster recharge. This is unheard of for a solar generator of this type. Bluetti has clearly placed their design attention in the right places. Touch panel with access to lots of data, lots of power outputs, multiple and fast charging options, even wireless phone charging. It’s a solid generator that is well worth the price.
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Reviewed in the United States on January 12, 2021 by DA Rodgers DA Rodgers