Kitebrook Matre

Kitebrook Matre is a flagship AI and high-performance computing (HPC) campus located on Norway's west coast in Matredal. Designed for hyperscale infrastructure, the campus is powered entirely by renewable hydroelectric energy.

The site plan includes a 100 MW full development, with a first phase of 30 MW. The campus is planned to deliver approximately 82.5 MW of IT load, featuring modular two-story data halls optimized for high-density AI and HPC workloads. It is adjacent to a 300 / 132 / 22 kV substation connected to a regional hydroelectric cluster providing over 350 MW of renewable generation capacity.

Matre utilizes Kitebrook's proprietary GBUS (Green Back Up Solution), a generator-free resilience architecture combining UPS ride-through with direct access to renewable hydro generation for continuous power availability. The campus supports direct liquid cooling for next-generation GPUs like Blackwell or Rubin, and high-density air-cooled environments. Cooling is achieved through chiller-free fjord water systems, ensuring efficient operations and a low carbon footprint.

With deep-water quay access, three diverse fiber routes, and expected first power availability from mid-2027, Matre offers a scalable and sustainable platform for hyperscale AI infrastructure.