We see it first.
Proprietary deal flow across three continents, land, power and permits secured through decade-long relationships, before the consensus moves.
Eppur originates, develops and finances the Data Centres that power the AI era, built where power, policy and proximity to demand converge.
The world will add more compute in the coming decade than in all of human history combined. The gap between demand and supply is measured in gigawatts, and whoever can secure the power, the grid and the patient capital will define the era. That is the work we have done before, in renewables, on three continents. Now we do it for compute.
Our heritage, from the grid up →We don’t store Data.
We build Engines.
Every site in our pipeline is designed as an AI Engine first, not retrofitted into one.
What a Data Centre means now →Eppur is engineered as a single, vertically integrated platform, from site origination and power securement through planning, construction and GPU offtake. Each discipline reinforces the others. None of them is outsourced.
Proprietary deal flow across three continents, land, power and permits secured through decade-long relationships, before the consensus moves.
Full-lifecycle delivery, from grid connection and planning consent through construction and commissioning, gigawatt-scale execution.
Capital structured to the duration of the asset, platform equity, project debt and offtake-backed financing that move on our timelines.
Equity participation in GPU offtake, capturing value from the silicon, not just the shell, alongside hyperscaler and neocloud partners.
Three continents. One build system. Every region runs the same playbook, tuned to local grids, permitting regimes and hyperscaler corridors, and every site is labelled by its true stage. No vapourwatts.
130 MW across the Northwest and Central England, and a national edge programme of scale.
1,200 MW across Latvia, Greece, Germany and the Balkans. 550 MW sits in Europe and 650 MW in Albania, North Macedonia and Montenegro.
1,500 MW across the anchor, follow-on and due-diligence tiers. 200 MW is controlled and owned, with a further 1,300 MW in development and/or due diligence.
1,975 MW in the United States and Canada, reported in due diligence.
500 MW in the Itaipú and Yacyretá corridor, powered by a hydro-led grid.
952 MW of anchor projects with land and power confirmed, and a diversified pipeline behind them, no single point of failure.
Most of our industry keeps its numbers one click deep. We put ours on the front page, design standards we build to on every site, and the data we commit to publishing from the first operational year.
Every campus engineered to a power usage effectiveness of 1.20 or better.
Renewable by default, PPA-backed, from the energy markets we grew up in.
Water usage effectiveness disclosed for every facility, every year. Even when the number is inconvenient.
Waste heat treated as an asset in design, not an afterthought in operations.
In every market we enter, we invest in minds, skills and futures, digital skills, STEM outreach, local employment and research partnerships with the institutions that shape a region’s talent.
Powering communities →Notes from a working developer, on power, sovereignty, edge inference and the most consequential decade of infrastructure investment in living memory.
Read the perspectives →