Electricity

Project Type

Overview Applications

Engineered temporary works for power and electricity projects

We deliver engineered temporary works for electricity projects end-to-end—from BESS sites and EV charging bays to wind and solar farms, hydropower, EfW plants, site access, and complex decommissioning. These programmes demand safe heavy lifts, deep excavations, reliable access over unstable ground, tight environmental controls, and fast phasing around live utilities and grid interfaces. We manage those risks with integrated access, lifting, excavation support, temporary power/cooling, drainage and dewatering, plus noise, dust, spill and bunding measures—keeping projects safe, compliant, and on programme.

Early engagement

It’s key to understand the potential challenges that transmission projects may face during the critical early stage. Our team of regional temporary works designers and engineers can work alongside you, attending early design meetings and providing support for commercial tenders.

Bespoke designs

We know the design stage is crucial, so our engineers use their experience to create the right scheme to land the project effectively. Our dedicated digital engineering team use the latest technology to help our customers design winning bids, reduce the costs of construction, speed up delivery, improve safety and reduce the full-life cost of infrastructure.

A complete solution

To help minimise the challenges when managing multi-phase, multi-partner projects, we can offer a complete end to end service. So, we can work with you, where you need us or throughout the project, from initial concept through to completion, across all aspects of temporary works.

One coordinated package delivering safer sites, faster delivery, and lower total cost

Backed by in-house engineering, we configure modular systems to your loads and ground conditions: ground protection matting, propping, shoring for deep excavations, trench boxes and sheet piles, modular and temporary bridges, pumps and environmental monitoring controls. One coordinated package, fewer interfaces—delivering safer sites, faster delivery, and lower total cost across modern electricity infrastructure.