Domestic Solar and Battery Install in Wraysbury, Berkshire

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Location: Wraysbury, Berkshire
Installer: TEMS Solar
Solar PV Capacity: 7.83kWp
Panels Installed: 18x JINKO 435W
Inverter: Fox H1 6.0kW Hybrid Inverter
Battery: 2x Fox ESS 8.6kWh HV

System Overview

A homeowner in Wraysbury invested in a high-performance solar PV and battery storage system to reduce energy costs and increase self-sufficiency. The system balances strong generation capacity with substantial storage to optimise energy usage throughout the day and night.

Solar PV Capacity: 7.83 kWp
Panels Installed: 18 × Jinko 435W modules
Inverter: Fox H1 6.0kW Hybrid Inverter
Battery Storage: 2 × Fox ECS 8.6kWh HV (Total: 17.2 kWh)

Installation Details

The installation makes full use of available roof space, with 18 high-efficiency panels delivering strong solar generation across the year. The 6.0kW hybrid inverter intelligently manages the distribution of solar energy between household demand, battery storage, and grid export.

With 17.2 kWh of high-voltage battery storage, the system captures surplus daytime generation and makes it available for evening and overnight use, significantly improving overall efficiency and reducing grid reliance.

Performance & Benefits

Reduced Energy Bills: The system enables substantial savings by prioritising solar and stored energy over grid imports.
Enhanced Energy Independence: Battery storage supports lower reliance on the grid, particularly during peak demand periods.
Optimised Self-Consumption: Excess solar generation is stored and used when needed, minimising wasted energy.
Flexibility & Control: The hybrid setup allows for smart energy management and future scalability.
Lower Carbon Footprint: Clean energy generation helps reduce overall household emissions.

Outcome

This Wraysbury installation highlights how a well-balanced system combining strong solar generation with mid-sized battery storage can deliver excellent financial and environmental benefits. The homeowner now enjoys greater control over energy usage and improved resilience against rising electricity costs.