Case Studies
Homeleigh Farm
Overview
Homeleigh Farm is a vegetable farm with Autumn and Winter biased energy consumption, when harvesting takes place. The client wanted to reduce electricity costs and improve the farm’s sustainability. The challenge was to counter the winter biased demands with appropriate solutions.
Solutions
Solar PV: 220 kW system optimised for on-site energy consumption, generating ~228,000 kWh annually.
Wind Turbine: 225kW system, generating ~450 MWh annually.
Battery Storage: 207 kWh system to store excess generation for evening and cloudy day use.
Energy Management: Optimising use of new generation, helping to avoid peak tariffs and reduce energy import.
Results
Savings: Estimated to reduced energy costs ~93% (£68,000/year).
Emissions: ~29 tonnes of CO2 reduced annually.
Payback: Investment recoup in under 7 years.
Energy Management: Improved energy control and reduced grid reliance.
Conclusion
The combination of solar PV, Wind turbine and battery storage will deliver significant cost savings, reduced carbon emissions, and enhanced operational efficiency, positioning the client to diversify the financial streams and achieve financial and sustainability goals. A bespoke Renewable energy system design is proposed to overcome the winter biased energy consumption.