In farrowing rooms, heat lamps or heat pads keep newborn piglets warm in the creep while the sow stays cooler. Grower and finisher sheds rely on fans and controllers to manage heat and air quality. Then come the feed system motors, drinker pumps, and effluent flushing pumps. A short outage in summer stresses stock in a closed shed. An overnight one in winter can cost piglets.
The hybrid inverter switches over instantly, so fan controllers and feed timers do not reboot or lose settings. The battery covers the first moments and motor starts, and the fuel cell keeps it charged from hydrogen made on off-peak power or a farm wind turbine. Stored at 30 bar or less, it keeps for weeks, so it is there when the storm arrives.
How it works →
With 15 kW continuous output, a small piggery's farrowing heat, some fans and a feed line can fit. Large intensive units with many sheds and big fan banks draw much more and would need a larger or multi-unit setup sized in the pilot. Heat lamps are also a heavy steady draw, so total lamp load should be counted before assuming one unit is enough. Round-trip efficiency is 30% or less, so this is welfare insurance, not cheaper heat.
It depends how many. Heat lamps add up quickly. A small farrowing room is a reasonable fit within 15 kW; a large one may not be. The pilot would count lamps and pads and size accordingly.
It is designed to AS/NZS 60079 and ISO 19880, with redundant leak sensors, automatic shutdown and venting, and low-pressure storage at 30 bar or less. It would be sited outside the sheds with proper ventilation.
Sheds and plant are kept separate, and the system draws filtered, de-ionised water rather than shed air for its process. Siting and air intake would be planned during a pilot install.
Pilot installs go to people on this list first. Rural homes, farms and remote sites especially. No spam, no payment.