Bluetti
AC200P L
2,304Wh · 2,400W · 64 lb
A 30A TT-30 outlet, 2,400W AC input for fast campground recharges, and 2,304Wh of capacity. It is the most RV-focused station in this group.
$1,399 street
Buying guide · 5 picks
A 30A outlet on the box does not mean you can run a 30A camper at full load. Here is how to choose a station that fits the way you actually travel.
RV and van builds have different constraints from home backup: weight, footprint, recharge sources, and the ability to run an air conditioner or a microwave without tripping. The best station is the one that fits your electrical system and your travel style, not the one with the biggest battery.
We looked at five stations with features that matter to RVers: a 30A TT-30 outlet where available, high continuous output, fast shore-power charging, and expansion for longer boondocking trips. We also factored in weight, because every pound counts in a van.
Top picks
Ranked for this job, not for affiliate payout. Prices are street bands checked in November 2026.
Bluetti
2,304Wh · 2,400W · 64 lb
A 30A TT-30 outlet, 2,400W AC input for fast campground recharges, and 2,304Wh of capacity. It is the most RV-focused station in this group.
$1,399 street
Jackery
2,048Wh · 2,400W · 41.45 lb
41.45 lb, 2,048Wh, a TT-30 outlet, and expansion to 12kWh at a lower price than the Bluetti. The better base for most camper builds.
$1,049 street
EcoFlow
2,048Wh · 3,000W · 48.7 lb
3,000W continuous and 6,000W surge can run more appliances at once, and the 10.2kWh expansion path supports a full-time van.
$1,099–$1,299 street
Anker SOLIX
2,048Wh · 2,400W · 41.7 lb
41.7 lb, 2,400W output, 58-minute combined charging, and 4kWh expansion. A good fit for campervans without a 30A inlet.
$999–$1,299 street
Bluetti
3,840Wh · 2,600W · 86 lb
3,840Wh for about $1,399. If you do not need a TT-30, it is the cheapest way to carry two days of camper power.
$1,299–$1,499 street
| Station | Capacity | Output | Weight | Solar | Street price |
|---|---|---|---|---|---|
| Bluetti AC200P LBest for 30A RVs | 2,304 Wh | 2,400 W | 64 lb | 1,200 W | $1,399 |
| Jackery HomePower 2000 Plus v2Best value | 2,048 Wh | 2,400 W | 41.45 lb | 800 W | $1,049 |
| EcoFlow DELTA 3 Max PlusBest output | 2,048 Wh | 3,000 W | 48.7 lb | 1,000 W | $1,099–$1,299 |
| Anker SOLIX C2000 Gen 2Best for smaller rigs | 2,048 Wh | 2,400 W | 41.7 lb | 800 W | $999–$1,299 |
| Bluetti Elite 400Best runtime per dollar | 3,840 Wh | 2,600 W | 86 lb | 1,000 W | $1,299–$1,499 |
Specs checked November 2026. Prices are street bands, not live quotes. How we score.
A TT-30 receptacle is rated for 30A at 120V, or 3,600W. Most portable stations in this class have 2,400-3,000W inverters, so they cannot deliver the full 30A even though the plug fits.
In practice, a TT-30 lets you connect the camper's distribution panel and run a managed set of loads: a fridge, lights, fans, and one major appliance. It does not mean you can run the air conditioner, microwave, and water heater simultaneously.
If you want to run everything at once, you need a larger inverter and a larger battery, or a fuel generator. Plan your loads around the station's continuous rating, not the plug's rating.
A typical RV air conditioner draws 1,200-1,500W running, with a startup surge that can be two to three times higher. A 2,400W station with a 4,800W surge can usually start one, but the margin disappears if other loads are running.
A soft-start kit reduces the compressor's startup current and makes the station's job much easier. It is one of the best upgrades for boondocking with a battery-powered setup.
Do not assume a 2,000W station will run a 15,000 BTU air conditioner just because the running wattage looks close. Startup is the hard part.
The lightest station here is the Anker C2000 Gen 2 at 41.7 lb; the heaviest is the Bluetti Elite 400 at 86 lb. In a van, the difference affects mounting, storage, and how often you move the unit.
Plan a permanent, ventilated location with room for airflow. Do not bury a station under bedding or in a sealed cabinet; the inverter and charger need ventilation, and LFP batteries should not be charged below freezing.
Shore power is the fastest recharge: the AC200P L accepts 2,400W and refills in about 1.5 hours; the HomePower 2000 Plus v2 accepts 1,800W and takes about 1.6 hours.
Alternator charging requires a DC-DC charger matched to the station's input, not a direct cable to the starting battery. Check the station's DC input limits and use a proper isolated charger.
Solar is the best long-term boondocking source. The DELTA 3 Max Plus accepts 1,000W, the HomePower accepts 800W, and the AC200P L accepts 1,200W. A 400-600W array is a realistic roof size for many vans and will produce roughly 1.2-2.4kWh per day in good sun.
Some camper loads, like lights, fans, and a compressor fridge, run natively on 12V. Powering them through the station's AC inverter adds conversion losses. If you are building a van, a 12V distribution system plus a DC-DC charger can be more efficient than running everything through AC.
A portable station is still useful as a backup or a second bank. Just do not pay for a large inverter and then convert back to 12V for every load.
For a travel trailer with a 30A inlet and frequent campground hookups, the Bluetti AC200P L is the most RV-specific choice. Its fast AC input and TT-30 make campground turnarounds easy.
For a van or a camper without a 30A inlet, the Jackery HomePower 2000 Plus v2 is the better value: lighter, cheaper, expandable, and still equipped with a TT-30.
For a high-draw build with an air conditioner and a microwave, the EcoFlow DELTA 3 Max Plus or Anker C2000 Gen 2 offer more output and faster charging in a manageable package.
FAQ
Many 2,400W-class stations can start and run one RV air conditioner, especially with a soft-start kit. Running an air conditioner plus a microwave or water heater at the same time usually exceeds the station's capacity.
It is convenient if your camper uses a 30A shore-power cord, but the station's inverter still limits total output. A standard 20A outlet plus an adapter can work for smaller loads.
Yes, with a proper DC-DC charger matched to the station's input. Do not connect the station directly to the starting battery without protection.
A 400-600W array is a practical starting point and produces roughly 1.2-2.4kWh per day in good sun. Add more if you run an air conditioner or work remotely with high computer loads.
Most LiFePO4 stations prohibit charging below 0C (32F). Some have heated batteries; check the manual. Discharging in cold weather is usually allowed but reduces available capacity.
Next step
Use the runtime calculator to see how the top picks handle your actual load, or print the outage checklist and build a plan.