Short answer: Starlink lists the Mini's average use at roughly 25–40 W and it runs on 12–48 V DC (USB-C PD 100 W or barrel). 24 hours at 30 W is about 720 Wh. Check Starlink's current specs for your hardware.
| Battery / station | Approx. runtime at 30 W (DC) |
|---|---|
| 256 Wh power station | 8 h |
| 500 Wh | 15 h |
| 1,000 Wh | 30 h |
| 100 Ah LiFePO4 (1,280 Wh) | 38 h |
Powering it from DC (USB-C PD or a 12 V DC adapter) avoids inverter losses of 10–15%. About 200 W of solar covers 8–10 hours of daily use in most seasons. Standard (non-Mini) Starlink dishes use noticeably more power.
Safety: These are general estimates, not a design. Follow your equipment manufacturer's instructions and local electrical code, and consult a qualified electrician for anything connected to shore power, a house, or high-current batteries.
Yes, with a suitable 12 V DC cable or USB-C PD 100 W adapter that meets Starlink's input specs.
If you use its AC power supply, a small 150–300 W pure sine inverter is enough, but DC power is more efficient.
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