AI needs power.
We supply it. And the data centre.
AI data centres need huge amounts of electricity and can hardly find grid connections. We have both: the connected site and the green power. Operators rent the data centre from us and buy our power. That is how we earn money.
Three customers. Three sources of income.
The trick: the same site serves all three. The data centre buys our power — so the power has a buyer, and the data centre has its power.
Three facts.
One conclusion.
Demand is there.
Hyperscalers and AI operators want capacity in Europe — for latency, data sovereignty and proximity to their customers.
Power is scarce.
Every chip generation needs more electricity per site — while new large grid connections take years.
The sites already exist.
Former power stations and industrial estates bring grid, zoning and cooling water. We bring them back into use.
Whoever controls the power decides where AI is built.
That is why we build the power first — and the data centres on top of it.
Three parts. One asset.
Most data-centre projects in Europe fail because of power, not demand. We start with the power — and plan generation, storage and compute together, on one site.
Renewable energy
Solar and wind parks supply the campus directly. Surplus power is sold to other buyers.
Infrastructure & storage
Grid connection and batteries turn fluctuating solar and wind power into supply that is there around the clock.
AI data centres
Built for AI from day one — and leased long-term to operators and large cloud providers.
Contract before concrete. We only build once the grid connection agreement and the lease are signed.
Why this structure creates return opportunities.
A buyer for the power
Our data centres buy the power of our parks on long-term contracts. Less dependence on market prices.
Batteries earn twice
They keep the campus supplied — and sell spare capacity to the grid when it needs balancing.
One connection, three uses
Generation, storage and data centre share the scarcest resource in Europe. Others pay for it three times.
We develop ourselves
We do not buy finished projects at a developer’s margin. The increase in value from plan to operation stays on the platform.
What we look for in a site.
Applied before any budget is spent. A site that fails two of them is not pursued.
Grid
- Existing high-voltage connection of 50 MW or more, or a firm offer with an energisation date
- Capacity to import and export
- A network operator willing to engage
Land and permits
- Industrial or comparable zoning already in place
- 10 hectares or more with room for staged expansion
- A planning authority open to data-centre and generation use
Resource and services
- Wind or solar resource on or near the site, or PPA-eligible generation in the same bidding zone
- Fibre routes and water for cooling, or a viable closed-loop design
- Offtake for waste heat: district heating, industry or agriculture
Sustainability as a design condition
Trustvolt campuses are designed to run on renewable electricity supplied physically, not offset on paper. Waste heat is reused where a network exists; cooling is designed for low water use; land is brought back into use rather than newly consumed.
What we do not do. We do not build data centres on gas-fired supply with an intention to convert later. We do not acquire operating assets purely for yield. We do not develop in markets where a connection cannot be secured within a realistic horizon.
Invest in the infrastructure behind AI.
Introductory call, documents, data room — three steps to your decision.