EV Charging Infrastructure

EV charging infrastructure supports modern industrial and commercial facilities.
As businesses transition their vehicle fleets and support electric vehicle users, reliable charging capacity needs early planning. Sites also need clear integration with existing infrastructure.
Ambrey Baker supports the design and installation of EV charging systems for industrial sites, distribution centres and commercial premises.
Our work includes charger selection, electrical capacity assessments, cabling routes, mounting solutions and integration with existing building services. Installations can support both operational fleet charging and workplace charging for employees and visitors.
Our team considers power supply capacity, load management and future expansion. As a result, systems can remain scalable as electric vehicle adoption increases. Where appropriate, we can also coordinate charging systems with on-site renewable energy installations such as solar PV to support more efficient energy use across the facility.
We design all installations in accordance with UK electrical standards including BS 7671 and the IET Code of Practice for Electric Vehicle Charging Equipment Installation. Where clients implement workplace charging schemes, infrastructure can also align with guidance from the Office for Zero Emission Vehicles.
With almost 40 years of experience in operational industrial environments, Ambrey Baker integrates EV charging installations safely and efficiently. This helps minimise disruption to site operations. Our team works closely with clients to provide practical charging solutions that support current operational needs while preparing facilities for the continued growth of electric vehicle use.

LIFECYCLE SUPPORT
Leading Specialists in Industrial Facilities
From early-stage consultancy & design, to Hard FM, repair, refurbishment, reconfiguration, capital works & decommissioning. We support essential facilities that need to remain safe, compliant & operational throughout their working life


