IN Brief:
- Prologis has acquired 8.66 acres on Barton Dock Road.
- A 200,000 sq ft all-electric warehouse is planned.
- The building targets BREEAM Outstanding and EPC A+ ratings.
Prologis has acquired an 8.66-acre regeneration site at Trafford Park, where it plans to develop its first warehouse in Northwest England.
The Barton Dock Road project would provide approximately 200,000 sq ft of logistics space, subject to planning permission. Designed as an all-electric building, it will target BREEAM Outstanding certification and an EPC A+ energy rating.
Trafford Park sits close to the M60, M62, and M6 motorway network, Manchester Airport, and freight connections towards the Port of Liverpool. More than 1,300 businesses operate within the industrial district, supporting an estimated 35,000 employees across manufacturing, logistics, trade, and services.
Prologis has identified Northwest England as a growth market and intends to create as much as five million sq ft of regional capacity through development, regeneration, and acquisition. The Trafford Park proposal also forms part of a broader commitment to invest £5.5bn in future UK logistics infrastructure.
The acquisition arrives as warehouse development becomes increasingly selective. Higher construction and finance costs have made speculative projects harder to justify, while occupiers are demanding stronger energy performance, greater electrical capacity, automation-ready floor and building specifications, and better access to labour and densely populated markets.
Established industrial districts retain advantages that cannot be reproduced quickly on cheaper peripheral land. Transport links, neighbouring suppliers, engineering services, local workforce experience, and proximity to customers may offset a higher property cost by reducing mileage, recruitment difficulty, and operational uncertainty throughout the lease.
The proposed building could support regional distribution, manufacturing supply, parcel activity, retail replenishment, or third-party logistics without placing inventory at the edge of the Northwest market. Its 200,000 sq ft footprint is substantial enough for a regional operation while remaining below the scale of a national fulfilment campus.
An all-electric specification removes the need for conventional fossil-fuel heating within the warehouse, although actual energy performance will depend heavily on the occupier’s processes. Automation, refrigeration, sortation, charging, data systems, and extended operating hours can create electrical demand far beyond the requirements of an empty property shell.
Grid capacity is therefore becoming a central property characteristic alongside floor area and clear height. A building may hold an EPC A+ rating yet still constrain an occupier when its connection cannot support electric HGV charging, large automated storage systems, or additional production equipment without reinforcement.
Designing power infrastructure before construction allows substations, charging areas, cable routes, rooftop generation, and future expansion to be considered together. Retrofitting those systems after occupation is generally more disruptive, while additional electrical equipment can consume yard or internal space not reserved during the original layout.
The project enters a logistics-property market undergoing corporate and capital consolidation. Prologis’ approach to Segro has focused attention on warehouse land and development pipelines, particularly where planning constraints and urban growth are reducing the availability of well-connected industrial sites.
Older buildings are also being repositioned rather than simply demolished. The planned redevelopment of Bellshill’s Big Blue Shed is intended to improve energy, loading, office, and operational specifications within an established distribution location.
Regeneration at Barton Dock Road follows similar economics, although a new building allows structural and energy requirements to be addressed from the outset. Brownfield development preserves a proven industrial location while replacing obsolete or underused space with a warehouse suited to denser inventory and more electricity-intensive operations.
BREEAM Outstanding and EPC A+ targets add practical value when they reduce energy consumption, strengthen environmental reporting, or support customers’ procurement requirements. Certification cannot determine transport emissions, equipment utilisation, or the carbon intensity of electricity, but it provides a more efficient physical platform from which those variables can be managed.
Occupier requirements will shape the eventual fit-out, since a conventional pallet warehouse consumes power differently from an automated ecommerce centre or temperature-controlled operation. Sufficient design flexibility will be needed to accommodate charging, mezzanines, conveyors, robotics, and office requirements without compromising movement through the yard or warehouse.
Planning approval, construction timing, grid availability, and customer demand will determine the project’s final form. Prologis has nevertheless secured a location that is difficult to reproduce, in a market where warehouse performance is judged increasingly by the infrastructure surrounding the building as well as the floor area inside it.
