How many watts does Starlink Standard use — and what can run it?

The figures come from Starlink's Standard kit specification sheet, which gives power consumption only as a range: "Average: 75 - 100 W". There is no single typical figure, so the site uses the upper end, 100 W. Using the top of the range makes the runtimes below the cautious ones.

What changes the draw

Starlink publishes an average range rather than the conditions behind each end of it. The same sheet lists a snow-melt capability of up to 40 mm an hour without a wattage for it, so a dish clearing snow is a case the published average may not describe. The kit is designed to stay on, so the page assumes 24 hours a day — 2,400 Wh at 100 W. That daily energy, not the wattage, is what limits a power station here.

No starting surge

The kit is electronics with no motor start, so there is no starting figure and a station's peak output plays no part. Every station on the site with an AC outlet rated 100 W or more covers it; the smallest, rated 80 W, does not.

Reading the tables

Runtime assumes 100 W without a break. Example: the Anker SOLIX C1000 Gen 2 record has no maker factor, so the default 0.85 applies: 1,024 Wh × 0.85 ÷ 100 W = 8.7 hours; at the 75 W lower end of Starlink's range it would be 11.6 hours. For a whole day of use, a station needs about 2,400 Wh of usable energy, or solar recharging; the Starlink Mini page covers the smaller dish.