What size power station do I need for RV boondocking?
Boondocking without hookups — but skipping the rooftop AC — means keeping the RV's 12V systems, lights, a TV, internet, and devices alive for a full day. It's a real but manageable daily energy load, ideal for a large station paired with solar.
The load
- RV converter/charger — 500W running
- LED lights (per room) — 30W running
- Wi-Fi router + modem — 15W running
- TV (55" LED) — 80W running
- Phone charger — 10W running
Field note: The rooftop AC is deliberately left off here — it's a generator-class load that a portable station can only run in short bursts. For everything else, size to a full day's energy and let solar refill it. This is exactly the use case portable power stations were built for.
Right size: Expandable home backup (≈6,000Wh+) · 5,000W
Backing up whole circuits through a transfer switch; add battery modules for days of autonomy, especially with solar. A home-backup system, not a grab-and-go unit. For 240V loads or true whole-home coverage, compare against a standby generator.
See current prices on AmazonThis is a heavy or long load for battery power — plan on solar recharge or compare a fuel generator.
Adjust for your setup
Different loads or runtime? Uncheck and re-check below and drag the runtime slider — the plate recomputes live.
Capacity includes inverter loss (~15%) and a usable-charge margin, so the station isn't run flat. A solar panel or vehicle charge extends runtime past this number.
Power stations that fit
Right size: Expandable home backup (≈6,000Wh+) · 5,000W
Backing up whole circuits through a transfer switch; add battery modules for days of autonomy, especially with solar. A home-backup system, not a grab-and-go unit. For 240V loads or true whole-home coverage, compare against a standby generator.
See current prices on AmazonThis load is heavier or longer than portable stations cover well. Add solar recharge, shorten the runtime, or look at a fuel generator for sustained high-wattage loads.