Safe, scalable, energy-efficient power solutions across the full system lifecycle, from high-voltage distribution to low-voltage control.
Overview
Our electrical division delivers power from the incoming supply through to the last light fitting and socket outlet, working to the single-line diagrams, load schedules and cable schedules issued by the project's electrical consultant, and coordinating first-fix with our civil and HVAC teams so containment routes and chases are agreed before anything is cast in or built in.
Every installation is tested against the relevant wiring regulations before energisation — insulation resistance, continuity, earth loop impedance and RCD operation are all recorded, and panels are only energised once the test results are signed off.
How The Process Works
Every electrical works contract moves through the same disciplined sequence — so quality is built in at each stage, not inspected in at the end.
Loads are calculated against the tenant or facility requirement, and single-line diagrams and cable schedules are drafted or verified before procurement.
Main and sub-distribution boards are set, and cable tray, trunking and conduit first-fix is installed ahead of cabling.
Cables are pulled to the containment, labelled to the approved schedule, and terminated at panels and outlets.
Insulation resistance, continuity, polarity, earth loop impedance and RCD tests are carried out and logged for every circuit.
Circuits are energised in a controlled sequence, ELV and BMS systems are integrated and function-tested, and documentation is handed over.
Detailed Scope
A closer look at each part of the electrical works scope, and the steps our teams follow to deliver it.


MV/LV switchgear, transformers, motor control centres and main distribution boards are installed and set up to distribute power reliably from the utility connection down to final circuits.


Interior, exterior, industrial and emergency lighting is installed and circuited with smart controls where specified, balancing illumination levels against the lighting design and energy targets.


Cable trays, trunking, conduits and heavy-duty cable termination form the physical backbone that carries power and data safely through the building.


Grounding systems protect equipment and personnel by giving fault current a safe path to earth, and lightning protection systems reduce the risk of strike damage to the structure.


Fire alarm, CCTV, access control, public address and building management systems are installed and integrated so life-safety and building-control systems work together, not in isolation.