Best Power Stations for RVs

For an RV owner who needs a station to lift in and out, choose the Anker SOLIX C2000 Gen 2: 2,048Wh, 2,400W continuous AC output, a TT-30R outlet and 41.7 lb. Choose the BLUETTI Elite 300 for more stored energy and a dedicated DC output, or the Apex 300 for more AC headroom. None is a promise of overnight air conditioning: buy for your simultaneous loads and daily energy budget.

Quick picks: outlet shape versus available power

These figures describe standalone US stations on battery power; capacities and ratings are the makers' figures.

Compare specifications and all conditions

Anker SOLIX C2000 Gen 2 / frequent lifting

Battery / weight

2,048Wh / 41.7 lb

Shared continuous AC ceiling

2,400W

TT-30 AC limit

120V, 20A: 2,400W

All specifications

DC provision

12V/10A car outlet

BLUETTI Elite 300 / more energy and DC loads

Battery / weight

3,014.4Wh / 57.98 lb

Shared continuous AC ceiling

2,400W

TT-30 AC limit

Within the 2,400W shared ceiling

All specifications

DC provision

12V/30A XT90; all DC ports share 400W

BLUETTI Apex 300 / more simultaneous AC demand

Battery / weight

2,764.8Wh / 83.78 lb

Shared continuous AC ceiling

3,840W

TT-30 AC limit

120V, 30A: at most 3,600W

All specifications

DC provision

Separate Hub D1 required

Full comparison table ↔

Swipe to compare. Row labels stay visible.

Station / choose it for	Battery / weight	Shared continuous AC ceiling	TT-30 AC limit	DC provision
Anker SOLIX C2000 Gen 2 / frequent lifting	2,048Wh / 41.7 lb	2,400W	120V, 20A: 2,400W	12V/10A car outlet
BLUETTI Elite 300 / more energy and DC loads	3,014.4Wh / 57.98 lb	2,400W	Within the 2,400W shared ceiling	12V/30A XT90; all DC ports share 400W
BLUETTI Apex 300 / more simultaneous AC demand	2,764.8Wh / 83.78 lb	3,840W	120V, 30A: at most 3,600W	Separate Hub D1 required

Station / choose it for	Battery / weight	Shared continuous AC ceiling	TT-30 AC limit	DC provision
Anker SOLIX C2000 Gen 2 / frequent lifting	2,048Wh / 41.7 lb	2,400W	120V, 20A: 2,400W	12V/10A car outlet
BLUETTI Elite 300 / more energy and DC loads	3,014.4Wh / 57.98 lb	2,400W	Within the 2,400W shared ceiling	12V/30A XT90; all DC ports share 400W
BLUETTI Apex 300 / more simultaneous AC demand	2,764.8Wh / 83.78 lb	3,840W	120V, 30A: at most 3,600W	Separate Hub D1 required

The Elite 300 has the largest battery here; the Apex 300 has the highest continuous output. Extra watts and extra watt-hours solve different problems.

• Anker SOLIX C2000 Gen 22048Wh
• BLUETTI Elite 3003014.4Wh
• BLUETTI Apex 3002764.8Wh

Source: Official Anker and BLUETTI specifications linked below

Best for lifting into an RV: Anker SOLIX C2000 Gen 2

The C2000 Gen 2 is our default when carrying weight matters: it is the lightest pick here, with the same continuous AC ceiling as the Elite 300. Anker specifies 4,000W peak power, but the TT-30R is explicitly limited to 20A at 120V. Plan simultaneous loads against 2,400W, including the converter when it is running.

Anker's feature list labels standard AC output 1,800W, while its specification table lists 2,400W for NEMA 5-20R. Both give the TT-30 path 2,400W. Confirm ordinary-socket limits with Anker if your plan depends on them.

Its 9W idle-consumption claim is useful context for modest loads; it is not a runtime guarantee. One BP2000 Gen 2 expansion battery takes storage to 4,096Wh. Match that generation when shopping: a panel bundle adds charging equipment, while an expansion battery adds stored energy. Neither changes the stated continuous inverter rating.

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Best for more energy and direct DC loads: BLUETTI Elite 300

The Elite 300 US model is our choice when the daily energy budget matters more than lifting weight. Its 3,014.4Wh battery is larger than either other pick's, but its AC ceiling remains 2,400W. The separate 12V/30A XT90 output can suit compatible DC equipment; BLUETTI caps total DC output at 400W. Have the maker confirm the cable and load compatibility before purchase.

There is no dedicated expansion-battery port. BLUETTI's specification table labels 4,800W as both surge and lifting power, while its FAQ restricts Power Lifting to resistive loads such as heaters. We do not use that lifting figure to approve compressor starts. Its US AC bypass limit is 1,800W, lower than its battery-powered output: simultaneous wall charging changes the comparison.

Variants: choose the standalone US unit or a panel/vehicle-charger bundle deliberately. The bundle names describe additional equipment; they do not increase the battery's capacity.

See the US model at BLUETTI

Best for more AC headroom: BLUETTI Apex 300

The Apex 300 makes sense when running watts eliminate the smaller picks. BLUETTI states 3,840W total AC output, a 120V/30A TT-30R, and a NEMA 14-50R. The TT-30 path is bounded by 120V × 30A = 3,600W; the larger socket still shares the station's inverter ceiling. At 83.78 lb, plan the lift and storage location before ordering.

Its 2,764.8Wh battery is smaller than the Elite 300's. Hub D1 adds DC connections; an expansion-battery bundle adds storage. Check those separately, because the standalone station needs Hub D1 for DC power.

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What the RV plug actually buys you

Leviton identifies TT-30R as a 30A, 125V-rated RV receptacle. On a nominal 120V supply, full 30A service means 120V × 30A = 3,600W. A matching socket on a smaller inverter does not create that power.

Apex 300's larger connector also does not provide full campground service: Micro-Air explains that 50A RV service has two 120V legs totaling 12,000W. Before buying, ask the RV and station makers to confirm the inlet, approved cord or adapter, output mode, and compatibility with the RV's electrical protection equipment. Have an RV electrical specialist assess integration.

Build a daily budget for AC and DC separately

Airstream explains that lights, fans and pumps use the house DC system, while a converter turns shore AC into DC and charges the house battery. Feeding the RV's inlet therefore puts that converter on the station's load budget.

Do not read a converter's DC amp rating as shore-input amps. For example, Progressive Dynamics specifies its PD9260C as 60A DC output, with 1,000W AC input. Check your actual converter, battery state and concurrent appliances.

Here is a hypothetical daily budget, not typical consumption. All loads are assumed at the station's outputs, including the converter's losses; the fridge is separately AC-powered in this example.

The arithmetic is watts × hours, then add the rows. If your fridge or lights are supplied through the converter, include them there and remove their separate row. Replace the assumed fridge average with a day of measured energy; for propane operation, check the refrigerator's manual for remaining electrical requirements. See our refrigerator energy guide.

Compare the same loads: runtime estimates

For comparison we assume 80% of nominal Wh is available after losses and reserve; this is our planning allowance, not measured efficiency. BLUETTI's published runtime formula includes discharge allowance, inverter efficiency and station self-consumption. Our shortcut cannot capture every low-load or temperature effect. In particular, Elite 300's advertised 4W standby figure applies with AC and DC outputs off.

For example, 2,048Wh × 80% ÷ 1,500W × 60 = about 66 minutes. The same allowance leaves about 1,638 watt-hours from the C2000 Gen 2, already tight against our 1,650 watt-hours daily example. All estimates assume a full battery and no incoming charge.

1. 1

   Check simultaneous demand

   Include the converter and compare the total with continuous output.

2. 2

   Count energy between recharges

   Multiply average watts by hours; avoid counting DC loads again through the converter.

3. 3

   Plan replenishment

   Choose enough storage and charging opportunity for your actual daily budget.

Air conditioning: starting, running and duration

Passing the running-watts check does not settle compressor starting. Dometic's RV guidance requires the right generator size for the exact AC model, pure sine wave output, and an appropriate starting aid. Obtain compatibility confirmation for the station, AC and any soft starter; use a qualified installer for modifications.

Even if it starts, our assumed 1,500W total load uses the standalone batteries in roughly an hour to an hour and a half. Other RV loads consume the same stored energy. Thermostat cycling may extend runtime, but do not buy these base units expecting an assured night of cooling.

Solar and vehicle recharging

Have the maker approve panel voltage, current and connector compatibility; do not choose by panel watts alone. BLUETTI notes that sunlight, panel angle and temperature change charging times.

Estimate daily solar harvest from expected panel output × useful sunlight hours, then allow for charging losses; compare it with your daily budget. Plan storage for the stretch without replenishment.

Anker quotes a full C2000 Gen 2 recharge in three hours with its separate 800W alternator charger, versus 23 hr from a 100W car input. Elite 300's Charger 2 advertising describes up to 1,200W from vehicle and solar together. These accessory claims are different from ordinary socket charging; have the vehicle maker and installer confirm suitability. Our portable solar panel guide covers panel selection.

How we choose

We compare official US specifications, outlet limits, stored energy, lifting weight and charging options. These are research picks; runtimes are arithmetic estimates. The older shortlist changed after checking official pages: BLUETTI labels AC200L discontinued, Jackery labels Explorer 2000 Plus discontinued, and Anker's F2000 purchase URL now opens C2000 Gen 2.

At our November 2, 2026 check, Anker showed C2000 Gen 2 orders from November 2 shipping from November 21; BLUETTI showed Apex 300 shipping from November 20. Check dispatch dates against your trip.

• Yes: Daily energy budget fits storage and planned recharging
• Yes: Simultaneous loads fit the station and individual outlet limits
• Partly: Compressor starting needs confirmation for the exact equipment
• Partly: Direct DC loads need compatible cables and voltage

For a permanent house-battery system, start with our RV batteries and solar components guide and an RV electrical specialist. Choose that category when daily DC integration matters more than moving one sealed station between uses.

Verdict

Choose C2000 Gen 2 for frequent lifting, Elite 300 for more stored energy and direct DC options, or Apex 300 for higher simultaneous AC demand. First settle the converter and fridge budget, then compressor compatibility and recharge opportunities. A convenient RV socket is only one part of that decision.