ThermalEdge finds sites where data centres can be powered by local energy and their waste heat recovered — for district heating, pools, hospitals, and industry. We turn stranded energy into compute, and waste heat into community value.
Most data centres dump heat into the atmosphere and wait years for grid connections. We find sites where the power already exists and the heat has somewhere useful to go.
We find sites with stranded or undermonetised power — EfW plants, anaerobic digestion, industrial CHP, solar farms with curtailment — adjacent to large heat sinks like district heating networks.
We assess Tier III feasibility, confirm dual power paths, map fibre diversity, evaluate the planning route, and structure the heat offtake — building a complete commercial case for the site.
We bring the opportunity to market as a development-ready package — with the technical, commercial, and planning groundwork done, so construction can begin.
Data centres produce waste heat at 30–45°C — the exact temperature needed by district heating networks, swimming pools, hospitals, and industrial processes. Our sites are selected for this match. No heat is wasted.
ThermalEdge works with energy asset owners and data centre operators to unlock value from behind-the-meter power and waste heat.
If you operate an EfW plant, AD facility, industrial CHP, or solar farm — we assess your site for data centre potential, structure the commercial opportunity, and bring qualified operators to your door.
We deliver development-ready sites with confirmed behind-the-meter power, diverse fibre, and heat recovery built in — so you can build instead of waiting.
We only develop sites where the data centre's waste heat has a productive destination — and where local energy can power the compute.
We prioritise sites where energy would otherwise be wasted — EfW plants, anaerobic digestion, industrial CHP, solar farms with curtailment — and where nearby communities, pools, or heat networks can benefit from the recovered heat.