Power is the foundation of AI infrastructure. At Dardania AI, our strategy goes beyond securing grid capacity. We are developing a dedicated, generation-backed energy model designed to deliver reliable power at scale without competing with local consumers.
Direct to Generation
Rather than relying on electricity allocated to households and businesses, Dardania AI is establishing direct supply arrangements with power producers, supported by dedicated transmission infrastructure.
Our functionally behind-the-meter approach connects contracted generation to the campus through high-voltage infrastructure, with dedicated lines and substations designed for 2N redundancy.
The objective: power the campus without diverting electricity from Kosovo’s consumers or placing additional demand on local distribution networks.
A Diversified Energy Supply
Our power strategy combines multiple generation sources, including renewable energy from Kosovo and the wider region.
This diversified approach provides greater control over long-term energy costs, supply reliability, and sustainability while reducing exposure to conventional retail electricity markets.
Building for Long-Term Energy Independence
As the campus scales, Dardania AI plans to develop additional dedicated generation capacity, further strengthening its energy independence and supporting investment in Kosovo’s broader energy infrastructure.
A large, long-term contracted load changes what can be financed. As an anchor customer, the campus gives new generation projects the committed demand they need to get built, adding capacity that serves Kosovo well beyond the campus fence.
We see AI infrastructure and energy development as complementary investments, not competing priorities.
Our vision is simple: build the power needed for AI, protect existing consumers, and help create new energy capacity for the future.
Advanced Cooling. Minimal Water Use.
Designed for NVIDIA Vera Rubin’s fully liquid-cooled architecture, our closed-loop cooling system continuously recirculates coolant, removing heat through outdoor dry coolers rather than evaporation.
No cooling towers, no continuous municipal water consumption for cooling, and minimal reliance on mechanical chillers.