Pick your generator or power station in the My unit tab, or enter the running and starting watts from its nameplate. Every appliance we track is sorted into what fits with your list, what only fits on its own, and what’s too big.
Start with a common setup
Pick the closest match, then fine-tune the list below.
Fridge, sump pump, furnace fan, five lights and the Wi-Fi router. Change anything below.
Your 3,345 W peak + 20% margin = 4,014 W, rounded up to the next 500 W.
Running
2,245W
Everything on at once
Peak
3,345W
+1,100 W when the sump pump starts
Size4,500 WRunning2,245 WPeak3,345 W
Of the 11 generators we track:1 fits well2 fit, but tight8 won’t work
Honda generatorEU7000iS
Comfortable
Running
5,500 W
Starting
7,000 W
Outlets
120/240V
Rated 5,500 W covers your 3,345 W peak plus 20%.
Published runtime: 6.4 h at full rated load · 16 h at 1/4 load · 5.1 gal tank. At your load (41%): between 6.4 h and 16 h per tank (estimate between the published points).
Starting output of 3,000 W is below your 3,345 W peak.
Published runtime: 6.9 h at full rated load · 19.6 h at 1/4 load · 3.4 gal tank. At your load (80%): between 6.9 h and 19.6 h per tank (estimate between the published points).
refrigerator: 1.1–2.1 kWh a day (not sure, ENERGY STAR/DOE ranges), not its nameplate watts. Hours per day: sump pump 2 h, furnace fan 12 h, LED bulb 6 h, Wi-Fi router or modem all day. These are example estimates; change them under “Edit watts and hours”.
Of the 11 power stations we track:3 fit well1 fits, but tight7 won’t work
Jackery power stationHomePower 3000
Fits
Capacity
3,072 Wh
Continuous
3,600 W
Surge
7,200 W
3,600 W continuous covers your 2,245 W load plus 20%.
Generators list two numbers. Running (or rated) watts is what it can supply continuously. Starting (surge, peak or maximum) watts is the short burst it can give while a motor starts. The big number on the box is usually the starting figure. Across the 11 generators we track, running watts are 80% of starting watts on average.
Power stations list capacity in watt-hours (how much energy is stored), continuous output in watts, and sometimes surge watts. If the surge isn’t published we say we can’t confirm a motor will start, instead of guessing.