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Camblesforth Solar Farm

Project Location:

West Yorkshire

Client Name:

Enray Power

Project Description:

Camblesforth Solar Farm Ltd is developing a 68MWp solar farm with a co-located 10MW/24MWh battery energy storage system at Camblesforth Hall Farm, Selby, West Yorkshire. OCU Group was appointed to design, construct and commission the new grid connection to provide the sole electric supply for the solar farm.


The connection was designed as an adoptable scheme in accordance with Northern Power Grid requirements and connects directly to the Camblesforth 400/66kV Grid Supply Point (GSP).

Key Stats:

  • 66kV ICP Grid Connection to Northern Power Grid

  • 49.99MVA

  • 68MWp Solar Plant

  • 10MW/24MWh BESS

18 Months

Duration

Challenge

  • Designing an adoptable 66kV connection to meet strict Northern Power Grid technical requirements

  • Integrating solar generation and battery storage export within a single connection capacity

  • Coordinating technical approvals and submissions within programme timelines

  • Delivering infrastructure compatible with the existing Camblesforth 400/66kV GSP network

  • Ensuring long-term operational reliability for the renewable energy scheme

Solution

  • Designed a Northern Power Grid compliant adoptable 66kV grid connection

  • Installed a 66kV metered substation and protection infrastructure

  • Delivered a 66/33kV 60MVA YNyn0 ONAN grid transformer installation

  • Installed a 33kV CR Technology containerised distribution substation

  • Integrated solar generation and BESS export into a single compliant connection design

  • Managed technical design approvals and delivery planning with Northern Power Grid

Outcome

  • Northern Power Grid design approval successfully achieved

  • Adoptable 66kV connection infrastructure constructed and commissioned

  • Grid connection ready for energisation and export to the network

  • Infrastructure delivered to support renewable generation and battery storage integration

  • Scheme enabling reliable export of solar power to the electricity network

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