Grid-Connected BESS Facility
This project represents a critical step in enabling large-scale energy storage integration into the grid, supporting stability, renewable energy penetration, and reliable power system operation.
The project involves the complete electrical design and engineering support for a grid-connected BESS facility, including substation design, system studies, and integration of battery systems with the transmission network.
The scope covers concept design through detailed engineering and final integration, ensuring compliance with UK Grid Codes, utility requirements, and international standards. The design will address critical aspects such as system stability, protection coordination, harmonic performance, and safe operation under all network conditions.
Advanced engineering tools and simulation platforms will be used to develop accurate system models, validate performance, and ensure reliable and optimized design solutions.
Comprehensive Engineering Deliverables
132 kV Grid Connection Design
Concept and detailed design for grid connection and substation systemsElectrical Drawings (SLD, KLD)
Single Line Diagrams, Key Line Diagrams, and complete electrical layoutsTechnical Specifications
Specifications for primary equipment, switchgear, transformers, and BESS systemsPower System Studies
Load flow, short circuit, harmonic, and reactive power analysisGrid Compliance Studies
Voltage control, fault ride-through, and grid code compliance assessmentsProtection & Safety
Protection coordination, arc flash, lightning protection, and safety assessmentsCable & Earthing Design
Cable routing, thermal design, trench layout, and site-wide earthing engineeringBuilding Services Electrical
HVAC, lighting, UPS, and auxiliary electrical systems designBESS Integration Design
PCS, battery arrays, EMS/SCADA interfaces design and integrationOngoing Technical Support
Design coordination, review support, and final deliverable preparationDelivering Impact
This project will ensure a fully compliant, reliable, and optimized electrical design for grid-connected BESS infrastructure. It will enable seamless integration with the transmission network while maintaining system stability, safety, and operational efficiency.
This award highlights Power Projects' strong capabilities in delivering end-to-end electrical engineering design, advanced power system studies, and large-scale energy storage integration for high-voltage infrastructure projects.
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