Future-Ready Data Centers
Empowering AI and High-Performance Computing with Expertise and Innovation
Countries
Data Center Sites
Energized Compute
Power
Existing Assets
Growth Capacity
Ready For The Future
Building the largest low-cost global environmentally friendly Bitcoin mining and HPC infrastructure
Remote Locations
Remote locations mean leveraging excess power that is normally produced but never used
Low-Cost Power
Accessing reliable, low-cost power is a major competitive advantage


Bitzero’s Datacenter Evolution: Pioneering the Future of Computing
Bitzero was created to disrupt and innovate in the Blockchain and High-Performance Compute (HPC) Data Center spaces to move markets away from unsustainable data and mining practices to an ecosystem in harmony with investors, communities, and the environment.
We are driven by our experience in infrastructure and a passion for positive change to become the global leader in Blockchain mining and HPC hosting in a sustainable fashion that emphasizes the long-term value proposition for all stakeholders.
By creating harmony with local authorities, investors, and customers, we are aiming to set a new global standard for best practices in clean energy sourcing, heat capture, and sustainability within local communities
Empowering AI and High-Performance Computing with Expertise and Innovation


Bitzero Sites
Data centers for a greener, sustainable & more responsible world
NAMSSKOGAN, NORWAY
Our 50,000 square metre Norway 1 facility is located in the low-cost NO4 region where it benefits from the cooler temperatures, proximity to network lines including polar cables, and on-site security.
RØYRVIK,
NORWAY
Our second Norway 2 site sits on an ~8000 m² industrialzoned plot in the neighboring municipality of Røyrvik to our primary Norway facility. This leased site expands our capacity in Norway while benefiting from many of the same characteristics as our Namsskogan site.
NORTH DAKOTA, U.S.A.
This cold-war era military installation was acquired by Bitzero in 2022. The site was selected for its large scale power redundancy promoting grid independence and advanced physical security.