Powering Buildings Around the Way People Use Them.

Electrical infrastructure underpins almost every aspect of a modern building – from everyday operation and occupant experience to communications, security, resilience and the growing shift towards electrification.

CORE provides electrical engineering for new developments, refurbishments and existing assets, designing systems around the operational needs of the building rather than treating power as a standalone requirement.

As technology evolves and demand increases, the decisions made today can significantly influence what an asset is capable of tomorrow. We help clients understand those implications early – considering capacity, resilience, compliance, energy use and future flexibility as part of the electrical strategy.

Connected Services Better-Performing Buildings.

Electrical systems are closely connected to the wider Building Services environment. Mechanical plant needs power. Fire and life safety systems depend on reliable electrical infrastructure. Controls, communications and other services compete for space and need to work together.

CORE’s Electrical, Mechanical, Hydraulic and Fire engineers operate as one Building Services team, allowing requirements to be coordinated as the design develops rather than resolved discipline by discipline.

Where Structural or Facade engineering is also involved, those conversations can happen within the same team. This creates a clearer picture of how services interact with the building and helps identify constraints, competing requirements and opportunities for smarter integration earlier.

Decisions That Extend Beyond the Design.

Our electrical engineers don’t just determine what infrastructure a building needs. We help clients understand what their options mean for the asset – operationally, commercially and over the longer term.

Whether considering additional capacity, ageing infrastructure, electrification, resilience or future technology, we provide practical advice that helps clients decide where to invest, what to prioritise and how to prepare their buildings for changing demands.

The result is electrical infrastructure that supports the building today, with the capacity and flexibility to respond to what comes next