Project components
At this early stage in the development process, we have not yet finalised the design and layout for the scheme. This will evolve based on the findings from the environmental surveys and assessments we are conducting, alongside feedback provided through consultation.
Preliminary work is currently being undertaken to determine where we would locate infrastructure. Assessments are also being undertaken out to identify those areas that could be set aside to create new or enhance existing habitats for biodiversity net gain, as well as buffer zones to maintain a respectful distance between infrastructure and existing homes, landscape, ecological features, and Public Rights of Way.
The principal components of a solar development would include:
Ground mounted solar photovoltaic (PV) panels: positioned directly on the ground to efficiently convert sunlight into electricity. While it is too early to confirm the specific solar panels that would be installed for Light Valley Solar, we anticipate that the panels will be a mixture of tracker panels and fixed, with a maximum height of the panels (including their supports) to be 4.5 metres.
PV module mounting structures: these robust structures securely hold the solar panels in place.
Inverters: converting the direct current (DC) electricity generated by the panels into alternating current (AC). AC electricity is what powers homes and businesses.
Transformers: to increase the voltage of the electricity so it can be exported to the national grid.
Switchgear: to manage the flow of electricity and direct it to where needed.
Energy Storage System: on-site storage facilities–known as Battery Energy Storage System (BESS)–would provide an important balancing service for the national grid whereby electricity generated by the solar PV panels could be stored on site at times when demand for electricity is low, then exported on to the electricity transmission system when demand peaks. It could also be used to import and store electricity from the national grid until it is needed - it could therefore store electricity generated from wind power when solar generation is lower for example.
On-site cables: to connect the solar panels and the battery energy storage system to the inverters which in turn connect to the transformers. Higher voltage cables will be required between transformers and switchgear and from switchgear to the off-site electrical infrastructure.
On-site substation: to export electricity from the solar park to the national grid, ensuring it is accessible for public use.
Security fencing: A robust fence to enclose the operational areas of the site along with pole-mounted internal facing closed circuit television (CCTV) deployed around the perimeter of the operational site.
Site accesses: to be used during construction and for routine maintenance, there will be designed entry points to allow safe access to different areas within the solar park.
New planting: trees and vegetation would be planted in areas of the site to enhance biodiversity and contribute to the overall landscape improvement.
Construction compounds: during construction, temporary construction compounds will be required, as well as temporary roadways, to enable access to the land within the site boundary.