What size power station do you need to keep a Starlink Mini running?
Scenarios Updated 2026-08-08
Almost any power station clears the wattage: Starlink Mini draws at most 40 W while running, well under what a coffee maker or a hair dryer asks for. The question that actually decides which machine you need is watt-hours per day, because the dish has no real idle mode and is designed to stay connected continuously.
Size on the top of the published band: 40 W — the one end both Starlink documents agree on — held for a full day works out to 960 Wh. That multiplication is ours, not Starlink’s: the company publishes a draw, never a daily total. It is more than a small power station holds and comfortably inside a mid-size one.
A dish that is never really off
Starlink Mini, published power draw
From Starlink’s own support article and specification sheet. The two documents do not fully agree on the bottom of the running range — both are shown rather than picking one.
The top of the published band, and the one end both Starlink documents name. The two disagree about the bottom by 5 W — that disagreement is shown in the next two rows rather than averaged into a number neither document states.
See the record →The figure the support article states; the spec sheet states a slightly higher floor.
Both documents agree here. Starlink names temperature, location and use as the reasons the draw moves inside this band.
Powered on and connected but not doing anything — not the state to expect real savings from.
Official specverified 2026-08-01Starlink Mini record
Look at the last two rows together and the dish stops looking like a normal idle-capable appliance. Idle draw is 15 W, three-quarters of the low end of the running figure above it. Most electronics drop to a small fraction of their running draw when nothing is happening; this one barely drops at all, because a phased-array antenna and its routing electronics stay active whether or not anything is streaming through them. The only real saving is switching it off — there is no low-power state worth waiting for.
What a full day of uptime costs
Daily energy, continuous operation
Starlink publishes a draw in watts and nothing per day, so both figures here are ours: a published running figure multiplied by twenty-four hours, with the multiplication stated on each row. They are shown as the two ends of the band rather than as one number, for the same reason the card above shows a disagreement rather than an average.
The support article’s 20 W floor times twenty-four hours. Starlink’s specification sheet puts that floor at 25 W instead — a documented disagreement between two of the company’s own current documents — which would make this row nearer 600 Wh. Neither candidate is averaged away.
40 W, the end of the running band both Starlink documents agree on, times twenty-four hours. This is the sizing floor carried on the load record, and it is this site’s arithmetic rather than a published Starlink figure. Inverter losses are not in it.
See the record →Derived by WattPairverified 2026-08-01Starlink Mini record
What that is on three real machines
Left running continuously, BLUETTI Elite 30 V2 covers 5.0 h — under a third of a day. BLUETTI Elite 100 V2 reaches 17 h, roughly 0.7 days. BLUETTI Elite 200 V2 covers 32 h, or about 1.3 days — the first of the three that gets you through an unattended trip without a recharge.
Why the sizing guidance is bigger than the running draw
Our own sizing guidance for this dish asks for a continuous rating of 60 W, roughly double the running figure above. Starlink does not ask for that — we do. It is not a measured start-up spike either, because we have found no published inrush current from Starlink for this product: 60 W is the rated ceiling of the power supply the kit ships with, which we adopt as a conservative stand-in for the figure we could not find. Treat it as headroom rather than as evidence of a surge event — no document we read describes one.