Summary
- Coravel’s first major lease covers 140MW of critical IT capacity across three facilities.
- The customer holds expansion rights over another 100MW and two further buildings.
- The project tests a vertically integrated model combining investment, development, construction, and operations.
ACS and Global Infrastructure Partners have secured a 140MW hyperscale lease for their Coravel data centre platform, turning the joint venture’s first major customer into a large delivery obligation through 2028.
ACS Group and Global Infrastructure Partners will provide the capacity across three purpose-built facilities at a Dallas–Fort Worth campus. The unnamed customer also holds expansion rights covering another 100MW across two additional buildings.
Turner, the ACS-owned construction business, will lead delivery, with service dates staggered through 2028. The programme requires land development, utility infrastructure, building construction, mechanical and electrical installation, controls integration, and commissioning to advance in parallel.
A signed customer replaces one risk with another
The lease gives Coravel an anchor customer before the campus is complete, reducing uncertainty over future occupancy and strengthening the case for project financing. It also creates contractual exposure if power, equipment, construction, or commissioning falls behind.
The 140MW figure refers to critical IT load. Utility demand will be higher once cooling, pumps, lighting, controls, electrical losses, and other building systems are included. The final connection size will depend on the design efficiency and operating conditions, while the 100MW option requires the campus electrical system to accommodate a larger eventual build-out.
Coravel is owned equally by ACS and GIP, combining construction and development capability with long-duration infrastructure capital. Its first lease will test whether that structure can reduce handovers, standardise procurement, and maintain programme control across several buildings.
Integration can speed decisions because the developer, investor, and principal construction organisation operate within one platform. It can also concentrate the consequences of delay, since fewer contractual boundaries sit between a construction problem and the customer commitment.
Turner brings experience of large North American data centre programmes, but delivery will still depend on specialist mechanical and electrical contractors and global equipment manufacturers. Transformers, switchgear, generators, cooling plant, busways, controls, and commissioning engineers remain exposed to long lead times and competition from other campuses.
Texas becomes the template for a global platform
The first contracted project is in the United States, although Coravel’s development portfolio spans Europe, North America, and Australia. ACS and GIP launched the platform with approximately 1.7GW under development, later referring to a broader pipeline extending beyond that initial portfolio.
Design, procurement, and customer requirements established in Texas are likely to inform future European projects. Standardised components can reduce engineering and purchasing costs, but local planning, grid, water, emissions, and heat-reuse requirements prevent a campus design from being transferred without modification.
European developments commonly face longer grid queues and more restrictive generator, noise, and water conditions. A building can be completed before utility power is available, forcing phased energisation or redesign around smaller blocks of capacity.
ACS’s construction businesses give the platform direct visibility of labour, equipment pricing, and programme risk, while GIP can structure capital around long-duration customer contracts. That combination allows Coravel to pursue development earlier in the cycle than a contractor working only after the design and finance are settled.
The model also needs clear governance. Related-party construction and service contracts must show that costs, procurement, change orders, and operating decisions are managed for the project rather than used to transfer revenue among group businesses.
The lease terms have not been disclosed. Minimum commitments, service credits, utility-delay provisions, expansion deadlines, and customer termination rights will determine where the commercial risk sits if the campus does not progress as planned.
Commissioning three facilities for one hyperscale customer requires consistent controls, security, testing, and operating procedures. Shared substations, network routes, cooling systems, or control platforms can create failure domains across more than one building if they are not isolated correctly.
Coravel has secured the customer demand needed to underpin the campus. The platform’s first test is now physical: converting 140MW of contracted IT load into energised, cooled, commissioned, and operational capacity within the promised sequence.
