Elgin Free Range Chickens Hatchery
(EFRC) Caledon
Consistent conditions delivered 24/7
Hatcheries are highly energy-intensive facilities that require precise environmental control to ensure optimal incubation, hatching success rates, and chick quality. Their energy consumption is driven by several critical processes, including temperature regulation, humidity control, ventilation, lighting, and automation.
The largest energy demand in a hatchery comes from incubation and hatching. Egg incubators and hatchers must maintain stable temperatures between 37.5°C and 38°C, along with controlled humidity levels between 50-60%, to support embryo development. These systems rely on high-energy heating and cooling elements, operating 24/7 to ensure consistent conditions. Larger hatcheries may run multiple industrial-scale incubators, significantly increasing electricity consumption.
This hybrid solar and Battery Energy Storage System (BESS) installation combines roof-mounted and ground-mounted PV systems, strategically designed to maximise available space. By incorporating A-frame structures in an east-west orientation alongside northern-mounted panels, the system optimises solar energy capture throughout the day. Extensive groundwork and levelling were undertaken to ensure a stable foundation for the installation, enabling a seamless and efficient renewable energy solution that enhances energy security and sustainability.
252.9kWp
Total installed capacity
432
Solar panels installed
342kWh
Battery capacity
2
Inverters installed
“For a project like EFRC, we worked closely with the RenEnergy team to assess the energy demands of each site, carefully analysing load profiles to design the most tailored solution. A hybrid system proved ideal for the poultry industry, where precise temperature control is essential and relies on a stable, uninterrupted power supply. In my role, I ensure that we address the client’s critical energy needs while delivering a cost-effective, reliable system that aligns with their operational and financial objectives.”
Sabrina Strauss, Renewable Energy Engineer, Broadreach Energy
