Most alpaca farms are small blocks with a barn, a water system and a house. Cria born on a cold day may need a heat lamp, warm coats dried in a dryer, and supplementary bottle feeding with warmed milk. Shearing day brings handpieces, a blower to clear fleece from the table, and lights. Water pumps and a fridge for vaccines and medications run all year. Many alpaca owners are on lifestyle blocks at the end of long rural lines that drop out in every storm.
Alpacas startle easily, and a generator firing up beside a barn of new cria and their mothers is the last thing anyone wants. This system has no engine, so it runs quietly. Hydrogen is made overnight on off-peak power, or from wind or micro-hydro, stored at 30 bar or less, and turned back to electricity by a fuel cell whose only by-product is water.
How it works →
Heat lamps, a fleece blower, shearing gear, pumps and a house all fit within 15 kW continuous on most alpaca farms. The battery and UPS-mode inverter switch over instantly, so the vaccine fridge and its thermometer never notice the outage. Round-trip efficiency is 30% or less, so this is about keeping animals safe and comfortable during outages, not saving on the power bill.
On most alpaca farms, yes. The 15 kW output covers an average home with headroom, and barn loads are modest. The pilot would check the combined peak if you run heavy appliances together.
Yes. The switch-over is instant and a fridge is a small load. Keeping vaccines in their temperature range through an outage is one of the most useful things it does on a small farm.
No. There is no engine. The fuel cell and electronics are quiet, with fans that run as needed. It can sit near the barn without upsetting the herd, and there is no exhaust drifting into the shelter.
Pilot installs go to people on this list first. Rural homes, farms and remote sites especially. No spam, no payment.