BLUETTI Portable Power Station AC180, 1152Wh LiFePO4 Battery Backup w/ 2 1800W (2700W peak) AC Outlets, 0-80% in 45Min, Solar Generator for Camping, Off-grid, Power Outage

I’ve been using the BLUETTI AC180 and I’m honestly very impressed. It has plenty of power to run multiple devices at the same time, and it works great during power outages and for camping trips. The battery lasts a long time, and the fast charging is amazing — it really does charge very quickly, which is super convenient. I also like that it feels very solid and well built. It’s easy to use, and everything works exactly as expected. The AC outlets handle my appliances without any issues. Overall, this has been a great purchase for me, and I would definitely recommend it to anyone looking for a reliable portable power stat

I couldn’t be happier with the BLUETTI AC180. This power station delivers exactly what it promises and more. With 1152Wh capacity and 1800W output (2700W peak), it easily powers my essential devices during outages and keeps everything running smoothly when I’m outdoors camping. What really impressed me is the fast charging—going from 0% to 80% in under an hour is a game changer. The LiFePO4 battery feels solid and long-lasting, giving me peace of mind that it will hold up well over time. The design is compact but powerful, with multiple AC outlets, USB ports, and DC options that let me charge or run several devices at once without any issues. I’ve used it for laptops, phones, lights, small appliances, and even a mini fridge—it handles them all with ease. It’s also much quieter than a gas generator, making it perfect for camping trips and indoor use during emergencies. The display is clear and easy to read, showing input, output, and remaining battery at a glance. Overall, the BLUETTI AC180 is a must-have backup power solution. Whether for home, camping, or road trips, it’s reliable, efficient, and worth every penny. Highly recommended!

I have used my AC180 every day for over a year. In my set up it charges indirectly from solar and a separate battery bank, and is used primarily as an inverter. With AC it runs a coffee maker (espresso pod type), a toaster, a sandwich grill, lights, and powered the heat gun that helped put the rest of the system together. It also keeps a small 12v DC fridge powered 24/7. A few times it became the emergency power supply for other places without power thanks to being portable. If you are looking for an inverter, just use this! It will work way better, safer and longer than a stand alone inverter and be able to do all sorts of other things like charge from solar, or vehicle charger or grid.

More comprehensive review of Bluetti AC180 Power Bank, Jan 3, 2025 I purchased the AC180 on Amazon on Dec 1, 2024. Price was $479 plus $49.58 in sales tax for a total of $528.58. I considered this to be a great price, lower than it appears to have ever been previously over it’s life. As of today (Jan 3, 2025) it remains at $479 when using the Amazon included coupon. The device claims to have an 1152 watt hour LiFePO4 battery. Their manual states that you need to de-rate that first by 10%, then again by another 15%. So 1152 * .9 = 1063.8 * .85 = 904.23 watt hours available (when using AC outlets via built in inverter). My testing suggests this is a pretty accurate value. Assume this has a 900 watt hour battery for planning purposes and you should be close. Overall Pros: Self contained, reasonably light weight unit with an 1800 watt continuous, 2700 watt peak, AC inverter. This is big enough to run any individual 120V appliance in my kitchen (toaster oven, microwave, coffee pot). None of those would normally be operated for more than about 5 minutes at any given time, meaning the AC180 could support their intermittent use as needed over a number of hours. It is portable and light weight enough to be moved into the kitchen when needed, and powerful enough to do the job while in there, for a while. Overal Cons: The relatively small internal battery. The other goal I had for this unit was to run my refrigerator during a power outage, and I wanted this to handle that load for 12 hours, plus intermittent heavier loads noted above for short periods of time. My fridge averages about 70 watts over time (with peaks as high as 400 watts when it goes into a de-icing cycle). So assuming a continuous 70 watt draw for 12 hours I would need 840 watt hours, very close to the maximum I could draw from the internal battery. If I added any load at all (brief use of other appliances, or even an LED light bulb), I wouldn’t make my 12 hour goal. My solution: I added an external 100 Amp Hour, 1280 Watt Hour, 12 volt LiFePO4 battery, and connected it to the Bluetti’s solar/charging input port. At 12 volts, it provided about 98 watts of input power. At 24 volts (using a 12 to 24 volt buck converter) it provided about 150 watts of input power. Using a continuous 90 watt draw (through the inverter) and the external battery supplementing the internal battery (at 12 volts), I was able to run over 16 hours and had about 10% of the internal battery remaining. Using a continuous 183 watt draw (via the inverter), and the external battery supplementing at 24 volts (150 watts), I achieved a total of 9 hours of run time (and had 3% left on the internal battery). In both cases, I drew the total 1280 watt hours from the external battery. Another con: The input charging voltage takes a hit also, it took a 107 watt draw from my external battery to produce 98 watts of charge into the AC180. So a hit on the input, and a hit on the output. With the 9 hour, 183 watt test, the overall efficiency (total input watt hours to total load watt hours) was about 77%. Acceptable, but not great. With the 16 hour 90 watt test, the efficiency was about 69%, a bit poorer than with the higher load. Internal inverter inefficiency regardless of how much load is applied took a greater hit with the lower load. Bottom line: Despite the not really great efficiency, I’m happy with the Bluetti. I’ve built a couple of my own “solar generators”, none of which matched the Bluetti for size, weight, and capability in a single package. By adding the external 12V 100AH battery, I’ve given the AC180 the run time I’m looking for with it. Individually, the AC180 and the external battery, are very portable and can be paired at the needed location. With the pair, I can use this in my kitchen to run my fridge for an extended period of time while also using some heavy draw appliances briefly from time to time. Also, this combination is much more cost effective than the newer AC180 V2 with the larger battery. I paid $150 for the external battery.

I’ve been using the BLUETTI AC180 for about seven months now, and overall it has proven to be a very practical and reliable power station. I originally purchased it as a backup power source for my CPAP machine during outages, but over time I’ve found it useful in a variety of everyday and emergency situations. For example, working outside in hot weather is much more tolerable when I can run a fan for several hours on the AC180. While high-wattage devices like space heaters will drain the battery quickly, lower-draw options such as a heating pad can provide emergency warmth for a single person for several hours. It’s also excellent for keeping phones and small electronics charged during power outages or anytime you’re away from a traditional power source. One of the standout features is the fast AC recharge time. When grid power is available, the unit recharges quickly and efficiently. Solar charging, however, is where I initially ran into some confusion—not because of a flaw in the AC180 itself, but due to a misunderstanding of how solar panel configurations interact with the unit’s charge controller. My solar setup consists of two 250-watt Renogy bifacial solar panels. One important thing to understand about solar panels is that you will rarely, if ever, see their advertised wattage in real-world conditions. In my case, a single panel typically produced around 150 watts at peak output. When I connected both panels in parallel, I expected something close to double that output. Instead, I was only seeing around 170 watts total. While this seemed wrong at first, the issue turned out to be related to how the AC180’s internal charge controller handles input. In a parallel configuration, voltage stays the same while current (amperage) increases. The AC180 limits input current, so even though more power was available from the panels, the unit could not fully utilize it. The solution was to wire the panels in series. In a series configuration, voltage increases while current remains the same. By increasing the input voltage, the AC180’s charge controller was able to make much better use of the available solar power. After switching to series, solar charging performance improved significantly and aligned much more closely with what the panels were capable of producing under real-world conditions. If you’re planning to rely on solar charging with the BLUETTI AC180, it’s important to understand how panel configuration affects performance. Choosing the right setup—especially series versus parallel—can make a substantial difference in how efficiently the unit charges. Overall, the AC180 has been a solid and versatile power station. Once paired with a properly configured solar setup, it performs exactly as expected and has become a dependable part of my backup and off-grid power solution. I have included screenshots showing the PV information for each configuration of solar panels that I had in my setup.

This is a great product, and I'd give it five stars except for the fact that I got a SHORT error, and there was confusion about the warranty period. Soon after getting, the unit shut off with a SHORT error message displayed. It was okay after I rebooted it. Others have seen this. Emails to tech support gave several incorrect reasons for this and led me through cumbersome troubleshooting steps. Their response should have been "This is a known hardware problem caused by a faulty part on the M1 board, and we will repair for you for free." Instead the response was "Keep using it and if it happens again we will fix it." A year later, it happened again, and after much confusion the unit was repaired at no cost to me. If you contact support, be sure to interact with Anson, who is very good.

This generator exceeded my expectations. It starts easily, is quiet, and provides a stable power supply even when running multiple appliances at the same time. Ideal for emergencies, camping, or outdoor work. The build is sturdy and clearly designed to last. Highly recommended for anyone who needs reliable power without any hassle.”

I recently purchased the BLUETTI AC180 and I’m thoroughly impressed. With its 1,152 Wh LiFePO₄ battery and a continuous 1,800 W AC output (2,700 W surge), it tackled everything I threw at it—devices, tools, even a small fridge. BLUETTI-US +2 Medium +2 The build quality is solid. It uses durable materials, has a well-thought-out layout of ports and control panel, and feels rugged enough for both home-backup and outdoor use. Medium +1 I appreciated the recharge flexibility: whether via wall outlet, solar panels (up to ~500 W input), or car charger, it works smoothly and supports fast AC charging too. RV.com +2 Manuals+ +2 It’s also fairly portable for what you get—good capacity without being ridiculously heavy. The versatility means I’m confident using it for power outages, camping, and everyday backup. Overall, excellent value for the spec-sheet and performance. Highly recommend if you’re looking for a dependable power station that bridges the gap between compact mobility and serious capacity.

I purchased the Bluetti AC180. Very nice unit. I am happy with it but people should be aware of the following facts that are not well explained in advance by the manufacturer: 1. The unit itself consumes 20 watts every hour with the inverter ON. This means , the unit can consume almost 500 watt-hours (50% of the battery capacity) just sitting there not producing any useful energy. For small loads, this self consumption or idle consumption may become a very important issue. Don't expect the same energy capacity especially when using it under small loads. 2. The user manual clearly states that only 90% of the battery capacity can be used to protect the battery. 3. So, for example, this means that you only get 800 watt-hours energy capacity when using 80 watts of power for 10 hours. So, you get 800 watt-hours instead of the advertised 1,154 watt-hours and this is perfectly normal and reflects exactly the performance stated in the user manual. Unfortunately, this is not well explained before buying. People should buy bigger or smaller units depending on their needs. Smaller units will have smaller self-consumption (Idle consumption) and probably more adequate for smaller loads. When using these power stations for smaller loads, you should plan on using a smaller power station with lots of extra batteries instead of buying a very large unit with no extra batteries. I think this is a very important information that the manufacturer should explain before people buy these power stations. 3. Recharges in 2 hours at standard speed. 3. You can recharge using the DC MPPT Input (12-60 V). Works very well. I tested it with a 12 volts battery and it works very well. 4. Some parameters cannot be modified through the user interface (Display/Keyboard). This is unfortunate. The user should normally be able to modify all parameters without having to use a smart phone with a special app. It is possible to use the power station without using a phone but keep in mind that some parameters like charging rate can only be modify using a smart phone. 5. The unit comes on and start charging by itself as soon as it detects power either coming from the AC or DC inlets. If you don't want that functionality, you will have to disconnect the unit or install a switch before the unit in order to prevent it from starting by itself. 6. The information available online and the user manuals should be improved in order to better explain many aspects of these power stations, what should be expected in different situations and how to use them properly.

Estoy decepcionado lo usé para alimentar un bombillo durante 1 hora que se fue la luz y se cayó del 100% al 84% creo el arrancador de mi auto aguanta más , me siento estafado pues gasté como 15 mil pesos

I’ve had the machine for two weeks and have tested all of the features. It is everything that Bluetti claims it to be. It looks and feels like a quality device and it’s not too heavy (~16kg/35.27lbs) to take car camping. The UPS function actually works, even on devices with an electronic power button (such as a desktop PC) and that is unlike the emergency power source (EPS) system on a competitive model from another popular brand. I do wish the built in MPPT controller could handle more input current from solar. It is difficult to get close to the maximum 500W input from solar because of the input current limitation of 10A. 15A (like it can handle on AC) would be ideal on a machine in this class; however, a more robust MPPT controller and heavier gauge wiring would be required and that would increase the cost slightly. My only other wish for the AC180 would be rubber port caps for all ports, including the USB ports. If you charge the internal batteries outdoors with solar, dust and debris can collect in the ports. I purchased some vanilla port covers to take care of that, but they are not attached to the device so I may lose a few. The cooling fan does kick in when it is charging or discharging at a high rate but the sound is not as high pitched as it is on competing models. It isn’t quiet, but it isn’t horrible either. I downloaded the phone App to update the firmware. I don’t normally use phone Apps, but it was necessary in this case because you cannot update it with a jump drive or a PC. It works. I do wish you could set the display screen time out in the App. 30 seconds is okay, but when you are trying to optimize the position of your solar panels to maximize the input watts it would be nice to have the choice, rather than pushing the power button to turn the timed out display back on. Over all, an excellent machine and a good value if you can purchase it on sale for ~$1000. It will run a fridge over night in an emergency and has a large enough inverter (pure sine wave) to run almost anything for a short duration.

Bluetti has impressed me over and over, this is my second purchase from them, this one was for one of my buddies, I used to sell these a few years ago and loved all of their features. As I replace my old UPS’ I will continue to purchase more of these in different capacities. They last longer, are more efficient and I don’t need to switch out the SLA batteries anymore. If you look at a 500va UPS and compare it to bluetti’s 200w unit they are about $50 apart in price right now. You’ll spend the $50 in batteries for the UPS in 3-5 years. Bluetti will go for 10 years easy and you get extra functionality. Here’s the review I bought my first one a year ago and have been super impressed, 22 hours straight of usage on battery power. Mind you pulling about 200w, using all 1800 would be significantly less but it does the job for me and it’s nice to have the headspace. Largest thing I’d recommend, if using in UPS mode or left plugged in for a long time, unplug it every 3ish months and completely drain it. That’s how you’ll get the best lifetime on the battery. Well done Bluetti.