The client needed a solar PV solution to offset the high electricity consumption associated with the storage and processing of potatoes. The system had to support continuous chiller operation and processing activities, maximising energy production throughout the day. Additionally, any surplus electricity generated was to be sold back to the grid, providing further financial benefits.
211.68kW | Bourne
OVERVIEW
Westwood Energy successfully installed a 211.68kW solar PV system for a potato farming enterprise focused on chilled potato storage and processing in Bourne. The project was designed to optimise energy use during the critical storage and processing phases, with an East/West facing array to extend production throughout the day. This setup not only supports the operational energy needs but also enables the sale of surplus electricity back to the grid for additional revenue.
KEY FACTS
- 211.68kW Solar PV Roof Mount Installation
- Location: Bourne, England
- Sector: Agricultural (Potato Farming & Cold Storage)
How much could solar PV save you?
THE BRIEF
WHAT WE INSTALLED
Modules: 504 x Trina Vertex S 420W
Inverters: 2 x 90K SolarEdge
Optimizers: 253 x P950 SolarEdge
Mounting System: Sunfixings MRD S Steel Sheet Fixing System
HOW WE DID IT
The solar PV system was designed with an East/West orientation to maximise energy production across the entire day. This approach ensures that the system provides a steady supply of power for both chiller operations and processing activities. The installation allows the client to efficiently manage energy use and take advantage of additional income through the sale of surplus electricity.
Sunfixings MRD S steel sheet mounting system was used for a robust and secure installation, supporting the Trina Vertex S modules and SolarEdge components effectively.
OUR RESULTS
The system generates 179MWh annually, with 40% of the energy consumed on-site and 40% of the import demand offset. This translates into significant annual savings of approximately £44,432, showcasing the effectiveness of the installation in reducing energy costs and contributing to the financial sustainability of the potato cold store operation.
