Nuvolt — energy solutions
Case study · Utility

Coed-Ely Solar Farm

5 MWp solar farm transforming a former industrial site into a major source of renewable energy for local communities and public services.

System size
5 MWp
Solar panels
9,400+
Homes powered
1,800/yr
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Client
Rhondda Cynon Taf Council
Sector
Utility
System size
5 MWp · 9,400+ panels
Solutions
01The problem

Delivering renewable energy infrastructure with community impact

Rhondda Cynon Taf Council required a large-scale renewable energy project capable of supporting its ambition to achieve carbon neutrality by 2030. The challenge was to transform a former industrial site into a productive energy asset while creating long-term environmental, operational and community benefits for the region.

Coed-Ely Solar Farm site context
Coed-Ely Solar Farm installation
02The solution

Specialist electrical infrastructure for a utility-scale solar farm

Commissioned by Rhondda Cynon Taf Council and developed by Vital Energi, the Coed Ely Solar Farm features a 5 MWp ground-mounted solar array comprising more than 9,400 high-efficiency solar panels. Nuvolt was appointed as a specialist subcontractor to deliver key elements of the site's electrical infrastructure, including high-voltage installations, AC supplies, private wire integration, inverter connections, testing and commissioning. The project required the delivery of safe, reliable and efficient power distribution infrastructure capable of supporting both grid export and direct power supply to critical local services.

  • 5 MWp ground-mounted solar PV installation
  • Over 9,400 high-efficiency solar panels
  • High-voltage electrical infrastructure delivery
  • Private wire network integration
  • Solar inverter installation and connection
  • Testing and commissioning of site-wide electrical systems
03 · The outcome

A former industrial site transformed into a renewable energy asset

The completed solar farm exports renewable electricity to the National Grid while also delivering power directly to Royal Glamorgan Hospital through a dedicated private wire network. The project generates enough clean energy to power approximately 1,800 homes annually while supporting local energy resilience and carbon reduction objectives. Beyond renewable generation, the project demonstrates how collaboration between public and private sector partners can transform brownfield land into critical low-carbon infrastructure that benefits communities, public services and the wider energy network.

System size
5 MWp
Solar panels
9,400+
Homes powered
1,800/yr
Private wire
1 MW to hospital
Proof in delivery

Selected projects

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