Location: Hindhead, Surrey
Installer: TEMS Solar
System Characteristics:
Solar PV Capacity: 9.03kWp
Panels Installed: 21X JINKO 430W
Inverter: Fox 6kW Hybrid Inverter
Battery Storage: Fox ECS 20.2kWh
Case Study: High-Capacity Solar & Battery Installation – Hindhead, Surrey
Project Overview
TEMS Solar completed a very high-capacity residential solar and battery installation in Hindhead, Surrey. The system was designed to maximise renewable energy generation while incorporating substantial battery storage to support increased self-consumption and reduce reliance on grid electricity.
System Design & Specifications
The installation delivers a total solar PV capacity of 9.03kWp using 21 JINKO 430W modules. The large solar array provides significant renewable energy generation, making efficient use of the available roof space.
A Fox 6kW hybrid inverter manages the system, seamlessly integrating solar production with battery storage. The installation is paired with a substantial Fox ECS 20.2kWh battery, providing significant storage capacity for excess solar energy generated during daylight hours to be used when solar production is lower.
Installation Highlights
A key feature of this project is its exceptionally high overall system capacity. The combination of a 9.03kWp solar array and 20.2kWh battery provides the homeowner with considerable generation and storage capability, offering greater flexibility in how and when renewable energy can be used.
Results & Benefits
The installation provides the homeowner with:
Very 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 solar PV array with substantial battery storage to create a high-capacity residential energy solution. TEMS Solar delivered a tailored system focused on maximising renewable energy use, efficiency, and long-term energy independence.