Our work

The finish is the difference

Real jobs, exactly as we left them. Use the filters to browse by type of work.

Packaged substation being craned off a lorry bed and lowered onto its base on site
Finished substation kiosk standing on its concrete plinth with the ground reinstated around it
Substation kiosk with the doors open, showing the transformer and switchgear inside
Substation kiosk finished inside a timber screen on new tarmac, with warning labels fitted
New feeder pillar set on its plinth with the incoming ducts brought up underneath it
Finished feeder pillar standing on a grass verge, doors closed and the ground made good
Armoured cables curving up out of the ground into the base of a new feeder pillar
Feeder pillar installed at the roadside, finished and handed over
Feeder pillar opened up with the single-core supply cables run down into the ducts below
Slimline feeder pillar set on its base beside the carriageway
Feeder pillar with the outgoing cables brought up out of the trench and into the base
Blockwork bases and cable chambers built ready for the substation to be craned on
Night working on site, with a jointing shelter set up alongside the substation
Substation and charge points finished in a landscaped business park car park
Distribution pillar opened up on an industrial site, both boards wired and live
Outgoing cables fanned out across the slab from an open distribution pillar
Copper busbars in a low-voltage panel with L1, L2, L3, neutral and earth terminated and labelled
Bank of large armoured cables terminated onto the busbars of a low-voltage panel, each one identified
Feeder pillar opened up, showing a row of moulded case circuit breakers above the outgoing ways
Incoming cables terminated onto the busbar chamber of a feeder pillar, every core identified
Feeder pillar wired out with fuse switches above and outgoing cables dropping into the ground
Gland plate made up off site, with the cables glanded and terminated onto copper links
Row of fuse carriers in a switch panel with the outgoing cables dressed and labelled below
Close-up of terminated cores on the busbars, each one numbered and torque marked
Wall-mounted enclosure with four armoured cables glanded and terminated onto links
Moulded case circuit breakers mounted behind their shrouds in a distribution pillar
Armoured cables swept up into the busbar chamber of an outdoor enclosure
Low-voltage panel with a full row of breakers and the outgoing circuits labelled
Switch panel opened for testing, with the control wiring and terminals set out neatly
Distribution board wired out with every core numbered and every way labelled
Low-voltage switch room with a full line-up of metered panels and circuit breakers
Control panel fitted with surge protection, circuit breakers and contactors, wired and identified
Plant room with three distribution boards mounted on a new steel frame and the supply run in overhead
Power meter reading the three line voltages on a newly commissioned supply
New boards mounted on a galvanised support frame in a plant room, first fix complete
Distribution boards in a riser, wired and ready for the final circuits to be terminated
Bank of rapid car chargers installed on new tarmac at a charging hub
Wall-mounted car charger fitted to new containment, with the supply run in and the circuit labelled
Row of charging units set on new plinths and connected, ready for commissioning
Twin-socket car charging bollard installed beside a driveway, ready to use
Pair of rapid car chargers being connected and commissioned on a newly surfaced charging bay
Finished charging bays with the chamber covers set flush in the new surface
Car charging post installed with its protective hoop set into a new concrete base
Charge points installed across a business park car park, supplies run in underground
Cable tray and basket run at high level through a commercial unit, with conduit drops to each position
Corridor fitted out with cable tray, conduit drops and LED battens on a newly finished ceiling
Galvanised cable ladder curving around an external walkway and along the side of a building
Warehouse relit with LED battens on high-level containment above the racking
Cable ladder turned around the corner of a building and carried along the wall
Cable tray bringing armoured cables down into a wall-mounted enclosure
Second corridor run with tray, galvanised conduit drops and continuous LED lighting
Cable tray carried over a galvanised gantry frame to clear the ground below
Cable ladder and tray set out across a plant room ceiling, ready for the cables
Basket and tray taken up a riser frame with the cables dressed in behind
Tray dropping a group of cables neatly into the top of an outdoor enclosure
Cable ladder fixed along a brick elevation, brackets set out level the whole run
Runs of ducting swept into an open trench on site, ready for the cables to be pulled through
Cable ladder set out alongside an open trench with the cables laid in and swept to the pillar position
Ducts laid in the trench with warning tape run above them before backfilling
Ducts laid and spaced on blocks through a rock trench before backfilling
Ducting swept round into the trench on a long run across site
Draw pits and duct chambers set to level along the route
Long straight run of ducting laid the length of an open trench
Coils of ducting on site ready to go in, with the crane working behind
Safe access steps down into the excavation with the earthing conductor already run in
Testing a feeder pillar with a multifunction tester clipped onto the outgoing terminations
Loop impedance results on a multifunction tester during commissioning of a new supply
Earth loop and prospective fault current readings recorded on a new charge point supply

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