Faster power. Better energy economics.

Building modular data centers in the gaps of the grid.

We find industrial and renewable sites where power already exists, and turn them into modular AI data centers — online in months.

// INTRODUCTION

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.

01DEMAND

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.

02BOTTLENECK

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.

03OPPORTUNITY

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.

// OUR MODEL

There are GWs hiding in the grid. We turn them into AI, node by node.

Vora Compute identifies industrial and renewable sites where power is already available or underused. We turn them into 1–5 MW energy hubs that can be brought online in months, with greater visibility over energy costs.

800+ sites
Potential 1–5 MW sites screened in Spain
// HOW IT ADDS UP
Authorized grid
Solar / Wind
BESS
Modular DC
AI compute in months
// ANATOMY OF A NODE ISO VIEW · NOT TO SCALE
Isometric diagram of a Vora energy hub: authorized grid connection, on-site solar and wind, battery storage and a modular AI data center on one industrial site. 01 // AUTHORIZED GRID 02 // SOLAR / WIND 03 // BESS 04 // MODULAR DC · 1–5 MW = AI COMPUTE · IN MONTHS
// OUR VALUE PROPOSITIONS

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.

// OUR ENERGY HUBS

Two ways we bring nodes online.

Every hub follows the same path — grid, host, Vora node — adapted to where the spare power lives.

VARIANT A

Industrial hosts with spare grid capacity + nearby renewables

Grid + renewables
firm supply · toll-free solar/wind (≤5 MW, <5 km)
Industrial host
spare grid capacity · MV switchgear · host solar
Vora node
BESS + AI compute · modular DC
VARIANT B

Renewable plants with curtailed or surplus generation

Grid
firm or flexible supply
Renewable plant
curtailed / surplus generation · existing infrastructure
Vora node
BESS + AI compute · modular DC
// TEAM & PARTNERS

A founder + partners with skin in the game.

Portrait of Santiago Cascante
Santiago Cascante
Founding partner

20 years of grid experience; 5 GW of energy development.

Portrait of Alejandro Micó
Alejandro Micó
Founding partner

Energy development, PPAs and deal structuring.

Portrait of Gonzalo García
Gonzalo García
Founding partner

Data-center design, cooling and operations.

We hold a unique combination of energy development, grid access, data-center design and startup execution.

Other partners
eRoots Advanced grid analytics and engineering
Kaifa BESS supply agreement with X2G
// LET'S TALK

Do you want to hear more?

Whether you're a potential customer, an investor, or a partner — we'd love to talk.

Optional