Skip to content
All technologies

Portable Power

Battery banks, solar panels, and power stations that keep radios, mesh nodes, and phones running when the grid is down.

Portable Battery Banks

Hours to days of radio and phone power. No fuel required.

range10–40,000 mAh
bandwidthN/A
cost$30–150
licenseNone
powerOutput: 18–140W

Lithium-ion battery banks are the simplest tier of backup power. A 20,000 mAh / 74 Wh bank gives roughly 10–15 hours of mixed radio use (receiving + periodic transmit). High-wattage options (Anker 737, 140W output) can power laptops and small mesh nodes. Test annually — lithium cells lose 20–30% capacity after 300–500 cycles.

Best for: Keeping handhelds and phones running for 12–48 hours during a short outage
Limits: Fixed capacity; must be pre-charged; heavier as capacity increases

Portable Solar Panels

Indefinite power in good weather. No fuel supply chain.

range20–200W panels
bandwidthN/A
cost$40–300
licenseNone
powerOutput: 20–200W (full sun)

A 20W foldable panel in full sun produces roughly 20 Wh/hr. A handheld radio draws ~2W average (20% TX at 10W, 80% RX at 0.5W) — meaning a 20W panel is net-positive in good sun. Pair with a battery bank or LiFePO4 station for overnight operation. BigBlue 28W (~$50) is a reliable foldable entry point.

Best for: Extended operations; keeping fixed mesh nodes running indefinitely; recharging while operating
Limits: Weather-dependent; output drops sharply in partial shade; requires charge controller for battery charging

Portable Power Stations

Large-capacity AC and DC power. No fuel, no fumes.

range256 Wh–3,600 Wh
bandwidthN/A
cost$200–3,000
licenseNone
powerOutput: 200–3,600W AC

LiFePO4-based stations (EcoFlow, Jackery, Bluetti) provide clean AC power without fuel or exhaust — safe indoors. A 1 kWh unit running a 65W Starlink dish lasts ~15 hours. Pair with 100–200W solar for extended autonomous operation. Unlike generators, they require no maintenance and start silently.

Best for: Powering an EOC or shelter for 12–72 hours; running AC-only equipment (HF radios, AREDN nodes, laptops)
Limits: Heavy; expensive; recharge time via solar is slow for large units