Ford Motor Company

With consistently high energy demand from engine production, the site presented a strong opportunity for on-site renewable generation.AGR’s objective was to design and implement a solution that would make a meaningful contribution to the plant’s energy demand, reduce carbon intensity without affecting operational efficiency, and align with the subsidy frameworks available at the time under the FiT regime. The project formed part of a broader strategy to deploy distributed wind generation at industrial sites, enabling corporates to take greater control of their energy mix.

AGR’s objective was to design and implement a solution that would make a meaningful contribution to the plant’s energy demand, reduce carbon intensity without affecting operational efficiency, and align with the subsidy frameworks available at the time under the FiT regime. The project formed part of a broader strategy to deploy distributed wind generation at industrial sites, enabling corporates to take greater control of their energy mix.

The primary challenge was delivering critical infrastructure within a fully operational manufacturing environment, without disrupting Ford’s core activity of engine production. The Bridgend plant operated on tight production schedules, leaving minimal room for interruption, while key activities such as grid connection works, foundation construction, and turbine installation had to be carefully planned around restricted working windows. In addition, transporting and installing turbine components on an active industrial site required precise coordination and detailed logistical planning.

AGR addressed these challenges through meticulous project management and close stakeholder coordination. All major construction and installation activities were scheduled during off-peak hours, ensuring minimal to no disruption to ongoing operations. Despite these constraints, AGR secured planning consent within six months and achieved full delivery within 12 months post-consent, demonstrating its ability to execute complex infrastructure projects in highly constrained environments while maintaining strict timelines.