Power system expertise across every sector we serve

The UK’s fastest-moving electrical market, with onshore and offshore wind, solar PV and battery storage all racing to connect. We take projects from concept through grid-code compliance to detailed design, making sure the connection is achievable, optimised and signed off by the DNO or NESO.

Data centres demand exceptional reliability, and their scale makes DNO approval for harmonics and voltage disturbance harder than developers expect. We design resilient HV/LV systems and run the protection, power-quality and compliance studies that get them connected and keep them running.

From 400 kV transmission down to 11 kV DNO and iDNO networks, owners juggle relentless new connections, rising demand and cost pressure. We support connection design, reinforcement, EHV cable studies and protection across the full voltage range.

Manufacturing, food, recycling and ports all depend on cheap, reliable power. We model and design their electrical infrastructure, from connection compliance through protection coordination to arc-flash and electrical safety.

Generation is shifting from large CCGT/OCGT plant toward distributed EfW, biomass and CHP, while existing units are adapted for black start or synchronous-condenser duty. We deliver the connection, stability and compliance studies behind these changes.

The sector is decarbonising while managing ageing assets and tightening legislation, opening opportunities in electrification and hydrogen. Working to BS EN, IEC and IEEE/ANSI standards, we cover hazardous-area design, motor starting, arc-flash and full electrical studies.

Modern buildings carry high demand, embedded generation and complex controls on tight programmes. We design and study the HV/LV systems for hospitals, campuses and commercial developments, ensuring everything is correctly specified and compliant.

Water and wastewater sites are major energy users facing ageing assets, complex brownfield tie-ins and a push to net zero, with battery storage now offering real resilience gains. We provide the modelling, surveys and design to upgrade these networks safely.