We're building our own data centers.
Modular 1–5 MW AI data centers on industrial and renewable sites where power already exists. Online in months.
Europe needs +25 GW of new data center capacity by 2030.
Securing a new grid connection in Europe can take years. Yet available power already exists across industrial sites and renewable assets.
Demand for compute is exploding
McKinsey estimates European data-center demand will grow from ~10 GW today to ~35 GW by 2030, driven by AI.
Grid access can take up to a decade
In the EU, securing a new grid connection can take 2–10 years; in FLAP-D hubs, queues average 7–10 years.
Power is available, if you know where to look
Spain recorded 397 hours of negative prices in Q1 2026, a signal that renewable-heavy grids can create pockets of under-monetized power.
There are GWs hiding in the grid. We turn them into AI, node by node.
We find industrial and renewable sites where power is already available or underused, and turn them into 1–5 MW energy hubs that can be online in months, with better visibility over energy costs.
Speed to power
Deploy on sites where power is already available, reducing dependence on multi-year grid-connection timelines.
Better energy economics
Blend firm grid power with on-site solar, wind and batteries to improve price visibility and reduce exposure to wholesale volatility.
Lower capex
Use existing electrical infrastructure, land and site access to reduce early development costs versus greenfield data-center projects.
Two ways we bring nodes online.
Every hub follows the same path: grid, host, Vora node. We adapt it to where the spare power lives.
Industrial hosts with spare grid capacity + nearby renewables
Renewable plants with curtailed or surplus generation
Build the next site with us.
We're bringing in co-investors for our first sites. If you invest in energy or infrastructure, let's talk.
Or write to hello@voracompute.comConversations only. Nothing on this page is an offer to invest.