

Disciplined Site Selection
TeraWulf evaluates hundreds of potential locations every year, advancing only those with a structural power advantage. Our AI and HPC infrastructure is developed exclusively in markets with regulatory clarity, providing the stability and certainty required for long-term, power-intensive computing.



Lake Mariner Data
Lake Mariner is TeraWulf’s flagship digital infrastructure campus located on the site of the former 700 MW Somerset coal plant in Western New York. This campus enables efficient, high-density compute deployments with speed-to-power and long-term expansion potential by effectively leveraging substantial existing transmission infrastructure, access to predominantly zero-carbon electricity, and the moderate climate.


Abernathy JV
The Abernathy Data Campus is a large-scale AI and high-performance computing project developed through a strategic joint venture with Fluidstack. The Texas-based campus will deliver 168 MW of critical IT load in its first phase, supporting frontier-scale AI workloads with additional expansion capacity planned beyond the initial buildout.


Lake Hawkeye Data
Lake Hawkeye redevelops the former 300 MW Cayuga coal plant site in Lansing, New York into a scalable digital infrastructure campus. With existing transmission capacity, industrial infrastructure, and access to predominantly zero-carbon electricity, the site enables accelerated speed-to-power for high-performance computing deployments.


Justified Data
Justified Data transforms the former Century Aluminum smelter site into a next-generation digital infrastructure campus. By repurposing existing industrial and transmission infrastructure, the project enables a phased development of up to 480 MW of gross data center capacity starting in 2027, supporting scalable compute infrastructure and long-term regional growth.


Chesapeake Data & Energy
Chesapeake Data repurposes a legacy power generation site into a next-generation AI and high-performance computing campus. Existing transmission infrastructure and optional gas firming provide resilient, dispatchable power while accelerating development timelines for scalable digital infrastructure.