Cameras on the shed, the driveway and the gate all need power, and so do the recorder, the router that sends alerts and the sensor lights that make a visitor think twice. In a long outage, the alarm panel's own battery runs down and the whole system goes quiet. Rural sheds full of tools, quad bikes and fuel are attractive targets, and an outage that lasts days is a long window.
With the battery and inverter in UPS mode, cameras, the recorder and the router keep running straight through a grid failure, so there is no gap in the footage and no reboot that resets settings. The fuel cell recharges the battery from stored hydrogen through multi-day outages. Cameras are small loads, so they keep running while the rest of the house does too, within 15 kW continuous.
How it works →
Alerts to your phone depend on the router and whatever internet link the property has, whether that is fixed wireless, satellite or fibre. If the link itself is powered from the house, it stays up too. If the outage takes down the network further up the line, the cameras still record locally. Charging happens on cheap off-peak power or from wind or micro-hydro, and round-trip efficiency is 30% or less.
They are designed not to. The battery and inverter work in UPS mode, so cameras and the recorder keep running without a reboot or a gap in recording. Settings and schedules stay as you left them.
If your internet equipment is powered from the house, such as a satellite dish or fixed wireless antenna, it stays on. If the network upstream is down, cameras keep recording locally until it returns.
Cameras wired from the house supply are covered. A distant gate on its own power supply would need separate planning, which could be looked at in the pilot. How the gate cameras connect back to the recorder would be part of that conversation.
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