Location: Farnham, Surrey
Installer: TEMS Solar
System Characteristics:
Solar PV Capacity: 8.6kWp
Panels Installed: 20x JINKO 430W
Inverter: Fox 6kW Hybrid Inverter
Battery Storage: Fox ECS 20.2kWh
Notes: large domestic install with substantial battery capacity
Case Study: Large Domestic Solar & Battery Installation – Farnham, Surrey
Project Overview
TEMS Solar completed a large domestic solar and battery installation in Farnham, Surrey. The system was designed to provide substantial renewable energy generation alongside significant battery storage, helping the homeowner maximise self-consumption and reduce reliance on grid electricity.
System Design & Specifications
The installation delivers a total solar PV capacity of 8.6kWp using 20 JINKO 430W modules. The large solar array was designed to make effective use of the available roof space and provide strong renewable energy generation for the property.
A Fox 6kW hybrid inverter manages the system, efficiently integrating solar production with battery storage. The installation is paired with a substantial Fox ECS 20.2kWh battery, allowing a large amount of excess solar energy to be stored for use during the evening, overnight, or periods of lower solar generation.
Installation Highlights
A key feature of this project is the substantial battery capacity relative to the solar array. The 20.2kWh storage system gives the homeowner greater flexibility in how and when their self-generated electricity is used, helping to maximise the value of the solar energy produced.
Results & Benefits
The installation provides the homeowner with:
High-capacity renewable energy generation
Substantial battery storage for increased self-consumption
Reduced reliance on grid electricity
Greater flexibility in household energy usage
Increased energy independence and long-term savings potential
Conclusion
This project demonstrates the benefits of combining a large domestic solar PV system with substantial battery storage. TEMS Solar delivered a tailored solution designed to maximise renewable energy use, improve energy independence, and provide long-term efficiency and cost-saving benefits.