Location: Aylesbury, Buckinghamshire
Installer: TEMS Solar
System Characteristics:
Solar PV Capacity: 2.67kWp
Panels Installed: 6xJINKO 445W
Inverter: Fox 3.0kW Hybrid Inverter
Battery Storage: Fox ECS 5.8kWh HV Battery
Case Study: Solar & Battery Installation – Aylesbury, Buckinghamshire
Project Overview
TEMS Solar completed a residential solar and battery installation in Aylesbury, Buckinghamshire. Designed for efficient renewable energy generation, the system combines a compact solar array with battery storage to help the homeowner maximise self-consumption and reduce reliance on grid electricity.
System Design & Specifications
The installation delivers a total solar PV capacity of 2.67kWp using 6 JINKO 445W modules. The compact array was carefully designed to make the most of the available roof space while providing reliable solar energy generation throughout the day.
A Fox 3.0kW hybrid inverter manages the system, seamlessly integrating solar production with battery storage. The Fox ECS 5.8kWh high-voltage battery stores excess energy generated during daylight hours, allowing the homeowner to use more of their own renewable electricity during the evening or periods of lower solar output.
Installation Highlights
A key feature of this project is its compact yet highly efficient design. By combining high-efficiency JINKO 445W modules with a hybrid inverter and battery storage, TEMS Solar delivered a space-efficient system capable of providing meaningful energy savings.
Results & Benefits
The installation provides the homeowner with:
Efficient renewable energy generation from a compact solar array
Increased self-consumption through integrated battery storage
Reduced electricity bills and lower reliance on the grid
Optimised use of available roof space
Smart energy management with hybrid inverter technology
Conclusion
This project demonstrates how even a smaller solar PV system can deliver significant long-term benefits when paired with battery storage. TEMS Solar provided a tailored solution that maximises efficiency, reliability, and household energy independence.