Resource-efficient data campuses
Exploring integrated approaches to power, cooling, water and phased development for digital infrastructure.
Development concept
The project question
Demand growth must be matched with deliverable power, dependable cooling, credible water availability and a realistic construction programme.
This development concept examines integrated resource planning. Site-specific permissions, performance and commercial arrangements require independent verification.
Research and feasibility
Assess demand, utilities, grid connection, geotechnics, flood exposure, water availability, connectivity, planning and stakeholder needs.
Technical and financial modelling
Model phased capacity and occupancy, construction drawdown, power and cooling costs, water stress, capex, operating expenditure and financing scenarios. Test delayed connections and slower customer uptake.
Commercial structuring options
Compare phased development vehicles, anchor-customer agreements, utility service contracts and operating partnerships; confirm land and permitting separately.
Asset management and monitoring
Define resource-efficiency, availability, maintenance, customer-service and environmental reporting across the campus.
Example brief
Commission an integrated campus resource and commercial-feasibility study.
A scoped engagement can produce an evidence brief, assumptions register, scenario model, commercial-options comparison and a prioritised plan for further diligence. The exact outputs depend on the brief.
Energy