Rail

Harker Substation

Harker

£220M
CONSTRUCTION
VALUE

12 MONTh PROJECT 
DURATION
5 years
(2024 – 2029)
West Midlands Trains
CLIENT:
National Grid

Collaborative Approach
Joint venture with Omexom Taylor Woodrow

Improving the renewable energy supply in the UK

Constructing a new substation adjacent to the existing substation in Harker. The works are required as part of the Harker Energy Enablement Project comprising of new GIS substation buildings (400kV and 132kV) and 6 super grid transformers.

The Harker Substation Project is a large-scale infrastructure development aimed at enhancing the UK's renewable energy capabilities. Delivered by Taylor Woodrow in a joint venture with Omexom, the project involves constructing a new substation next to the existing one in Harker. This forms part of the broader Harker Energy Enablement initiative, which supports the transition to a more sustainable energy network.

Over the course of five years, from 2024 to 2029, the site will be transformed to include advanced electrical infrastructure. This includes new high-voltage substation buildings and several super grid transformers designed to handle increased energy demands. In addition to its technical components, the project also places a strong emphasis on environmental responsibility.

Taylor Woodrow will integrate environmental considerations during the construction phase. A dedicated solar panel array will be installed to power site offices sustainably, reducing reliance on fossil fuels. Environmental mitigation measures will be implemented including the planting of native woodland to enhance local biodiversity and the creation of attenuation ponds to manage surface water runoff and support ecological habitats.

Overall, the project reflects a commitment to both energy resilience and ecological stewardship, aligning with national goals for carbon reduction and sustainable development.

Key Features

  • 400kV Building
  • 132kV building
  • 6 super gird transformers
  • 10% + BNG; including native woodland & specie planting, 2 attenuation ponds