Watts

Typical figures for this type, from the sources at the foot of this page. Watts vary by model and age. Check the label on your own appliance and enter it for an exact answer.

Running, typical
88 W
Running, low to high
75 W to 100 W
Starting
No start surge
Typical use a day
24 hthe calculator starts from this, and you can change it
Average draw while on
88 W
Voltage
120 V

The math

Worked with the typical figure, as the calculator does it.

  1. Output88 W running, so the station's continuous output must be at least 88 W.
  2. SurgeNo start surge: the running figure covers it.
  3. Average draw88 W: the running watts count for every hour it is on.
  4. A typical day88 W × 24 h = 2,112 Wh a day.
  5. 8 hours of running88 W × 8 h = 704 Wh usable, ÷ 0.85 = 828 Wh of rated capacity.
  6. 24 hours of running88 W × 24 h = 2,112 Wh usable, ÷ 0.85 = 2,485 Wh of rated capacity.
  7. On the Anker SOLIX F26002,560 Wh × 0.85 = 2,176 Wh usable, ÷ 88 W = 24.7 h.

Stations that run it

Every power station in the data with this appliance alone plugged in, at 85% efficiency. Type the running watts from your own label and the table works it out again.

Add it to the runtime calculator with the rest of your list

What moves the number

Starlink gives the Standard kit an average draw of 75 W to 100 W. Peaks and snow melting have no published figure, so plan for more than 100 W in winter. The kit plugs into AC through its own power supply; Starlink documents no DC input for it.

Questions

Sources

Researched from these pages, then checked against them a second time. The check corrected at least one figure.

  1. Starlink Standard (4X kit) specifications sheet maker specification sheet, checked

We read published figures and do the math; we do not measure appliances. The methodology states every formula on this page. Capacities are rated watt hours: 1,000 Wh rated gives 850 Wh usable at the default.