Highleadon Solar Farm & Battery Storage Infrastructure Project
FlowCore MEP Ltd was appointed to deliver specialist electrical infrastructure works at the Highleadon Solar Farm & Battery Storage Project located within the Forest of Dean, Gloucestershire. The development formed part of a major 49.9MW renewable energy scheme comprising solar arrays, battery storage infrastructure and high-voltage grid connections supporting clean energy generation across the region.
Scope of Works
- Installation of 33kV inverter infrastructure
- Installation of 400mm² single-core aluminium conductors
- Duct preparation and cable installation
- Installation of 500A DC fuse protection systems
- 2.5kV insulation resistance testing
- Inverter commissioning
- Solar farm electrical infrastructure
- Battery storage support systems
- HV electrical installations
- Testing and commissioning
Key Project Statistics
Project: Highleadon Solar Farm & Battery Storage
Location: Forest of Dean, Gloucestershire
Sector: Renewable Energy Infrastructure
Generation Capacity: 49.9MW
Solar Arrays: Over 30 fields
Primary Inverters Installed: 13
Secondary Inverters: 20+
HV Infrastructure: 33kV
Cable Installation: 400mm² Single Core Aluminium Conductors
Protection Systems: 500A DC Fuses
Services Delivered: Renewable Energy Infrastructure / HV Electrical Installations / Solar Farm Infrastructure / Battery Storage Support Systems /
Testing & Commissioning
The Highleadon Solar Farm project consisted of a large-scale 49.9MW solar energy development extending across more than 30 individual fields within Gloucestershire. The project incorporated solar PV generation, battery storage systems, high-voltage electrical infrastructure and National Grid connections.
FlowCore MEP Ltd was responsible for the installation and commissioning of critical 33kV inverter infrastructure serving the solar generation systems. The works included the installation of 400mm² single-core aluminium conductors, duct preparation and cable installation throughout the site.
As part of the inverter installations, FlowCore installed 500A DC fuse protection systems for positive DC circuits and completed insulation resistance testing of all cabling using 2.5kV insulation test procedures to verify cable integrity and ensure compliance with project specifications.
The project included 13 primary inverter installations, each supplying multiple secondary inverter systems controlling the solar arrays located across the site. In total, the installation incorporated approximately 20 secondary inverter units supporting the extensive field-mounted solar PV infrastructure.
The overall development also incorporated dedicated transformer infrastructure and high-voltage grid connections linking the site into the National Grid network, providing long-term renewable energy generation capacity for the region.
Whether you require LV & HV distribution, switch room construction, mechanical installations, plumbing services or specialist infrastructure solutions, our team is ready to help.
Phone: 07793 457786
Email: info@flowcoremepltd.co.uk