For a rural remote worker the problem is rarely the laptop, which has its own battery. It is the router, the satellite dish or fixed wireless antenna, the monitors, the desk heater and the phone that will not charge. A fault twenty kilometres up the line means driving to town to find a cafe with a socket, or explaining to a manager again why you dropped out of the meeting.
Short dips are almost worse than long cuts, because every one restarts the router and drops the video call. The battery and inverter run in UPS mode, so dips and outages both pass without the equipment noticing. Behind the battery, a fuel cell turns stored hydrogen back into power for as long as the outage lasts, designed to cover days rather than minutes.
The system charges on cheap night-rate power or from wind or micro-hydro. Round-trip efficiency is 30% or less, so it is not a way to cut the power bill. It is a way to stay employed, keep your clients and stop counting the minutes left on your laptop battery.
How it works →
A UPS under the desk saves your work but not your day. With 15 kW continuous output the heat pump in the office, the kettle, the lights and the fridge all carry on, so working through a storm feels like any other day, and the kids' devices stay charged when school closes too.
It keeps your equipment powered: router, dish or antenna. If the network upstream is down, that is out of its control. With a satellite service the whole link from your house is usually yours, so it tends to stay up.
A small UPS gives you minutes to save work. It does not run the router for a day, the heat pump or the kettle. A whole-home system is designed for longer outages and everything else in the house.
No. Round-trip efficiency is 30% or less. It charges on cheaper night-rate power, but it loses most of that energy on the way through. The point is reliability, not savings.
Pilot installs go to people on this list first. Rural homes, farms and remote sites especially. No spam, no payment.