Summary
- Schroders Capital has reportedly acquired Joule House, an Equinix-occupied data centre in Trafford, Manchester.
- The asset had been marketed with a £15.35m price tag and described as network critical.
- The deal shows continued institutional interest in stabilised regional colocation assets.
Schroders Capital has reportedly acquired Joule House, an Equinix-occupied data centre in Trafford, Manchester, from Invesco.
The 47,700 sq ft asset had been marketed earlier this year with a £15.35m price tag. The building is let to Equinix and is used as MA3, part of the operator’s Manchester platform.
The asset is small beside the AI campus proposals currently dominating the market, but its sale shows that institutional appetite is not limited to giant hyperscale sites. Stabilised regional colocation buildings still offer infrastructure-linked income, tenant stickiness, and exposure to digital demand outside London.
Regional assets hold their ground
Manchester serves a different role from Slough, west London, or major hyperscale markets. Its data centre demand is built around regional enterprise users, connectivity, public sector workloads, universities, financial services, media, and resilience strategies that require infrastructure outside the South East.
That kind of demand does not always need the newest AI-ready campus. It often needs reliable colocation, interconnection, network access, disaster recovery, and proximity to regional customers. Joule House fits that quieter part of the market.
Stabilised assets can be attractive because the operating use is already embedded. The buyer is not taking full development risk, and the presence of a global operator gives the building credibility. The landlord still needs to understand the technical condition of the asset, but the income case is different from speculative construction.
Data centre real estate is also harder to compare with ordinary commercial property. Lease length and tenant covenant matter, but so do power availability, cooling condition, plant lifecycle, fibre routes, security, resilience, and upgrade potential. A building can be fully let and still face technical obsolescence if it cannot support future loads.
The asset layer separates from the operator
The transaction reflects the continuing separation between data centre operating platforms and the ownership of underlying real estate. Operators may own some facilities directly, while institutional landlords own others and lease them under long-term arrangements.
That model can work well. Operators preserve capital for customer platforms, technical upgrades, and expansion, while investors gain exposure to long-duration infrastructure income. The boundary is not always simple. Plant replacement, resilience upgrades, power limitations, and building improvements must be allocated clearly between landlord and tenant.
For a regional data centre, future-proofing is central to value. AI is increasing rack densities, but not every existing facility can be economically upgraded to GPU-scale deployments. Some buildings will remain valuable for enterprise workloads, connectivity, cloud access, backup, and moderate-density colocation. Others may need significant electrical or cooling investment to remain competitive.
Joule House appears to sit in a market where network importance, tenant covenant, and regional demand are central. It does not need to compete directly with 100MW campuses to remain useful. Its role is more likely to sit in resilience, connectivity, and regional service continuity.
Colocation value is not only scale
The sale also cuts against the idea that data centre value is now only measured in hundreds of megawatts. Scale is important for AI and hyperscale demand, but smaller regional facilities still form part of the UK’s digital infrastructure base.
That base may become more visible as resilience regulation and business continuity expectations tighten. Organisations relying on cloud and colocation will still need geographic diversity, network redundancy, and facilities close enough to support operational needs.
For investors, the Manchester deal reinforces the need for technical diligence. Power capacity, cooling headroom, equipment age, connectivity, maintenance history, and customer role will decide whether the income stream remains durable.
For the wider UK market, Joule House shows that regional colocation remains investable even as the biggest headlines shift towards AI campuses and transmission-scale loads. The digital infrastructure market has a top end defined by megawatts, but its operating base is still made up of buildings like this: specialised, connected, and difficult to replace.
