Proposed $500M Arctic data center in Alaska is facing criticism following latest insights on the state’s energy crisis. Alaska lawmakers are considering outside help for the state’s worsening energy crisis. However, the proposed campus on North slope by Stak Energy is expected to be detrimental as it could burn through extraordinary amounts of gas. As noted by The Cool Down, the project would depend on a new pipeline to deliver gas to an on-site power plant.
Also according to reports, the facility could require more than double the amount of gas currently used in urban Alaska for power and heating. It would also need up to 3GW of power for itself. It is a scale comparable to some of the biggest Lower 48 data center developments. For Alaska residents, the proposal lands at a particularly tense moment. The campus raises concerns about priorities, affordability, and whether new industrial demand could put even more pressure on limited fuel supplies.
States have had to look into the energy demands that data centers bring and how to address it. In turn, firms building the campuses have also had to contemplate with how to power them cleanly and efficiently. Companies such as Google are leading the way with initiatives such as its renewable energy advancements in South Carolina. The Google renewable energy South Carolina deal involves the investment in and purchase of Renewable Energy Credits (RECs) from over 600 megawatts (MW) of new solar and solar-plus-storage projects being developed in the state.
Outlook on the Proposed Arctic Data Center in Alaska amid Energy Crisis
The fate of the proposed Arctic data center in Alaska amid the state’s energy crisis may rest on finding an amicable solution. Critics are already noting that the project will do more harm than good. “Supporters of the project are framing this as an opportunity to take advantage of abundant land and low temperatures for cooling, which is a really fancy way of saying that they’re putting a very expensive heater in an already rapidly warming Arctic,” a video in TDC’s post notes.
The video also notes that the North Slope is already seeing the consequences of a warming environment. “The idea that a data center is even being considered for this area when there’s already an energy crisis is counterproductive, to say the least,” it adds. Stak Energy’s political ties were also brought into question as the video notes that it is a government scheme. “This is a good-ole-boys club of Energy Companies working with their government buddies to profit off the destruction of the natural world,” it notes.
Project Factsheet:
- Project Name: Arctic Data Center Campus (North Slope Proposal)
- Location: North Slope, Alaska, USA
- Estimated Investment Value: $500 Million
- Project Type: Hyperscale data center + on-site gas power generation
Timeline
- Project proposal phase: Ongoing (2025–2026)
- Infrastructure planning: Early-stage discussions
- Pipeline dependency: Required for on-site gas supply
- Construction: Not yet approved or commenced
- Operational timeline: Not confirmed
Site & Scale
- Estimated power demand: Up to 3 GW
- Gas consumption: Potentially >2× current urban Alaska usage
- Energy source: Dedicated gas-fired power plant (proposed)
- Location context: Arctic region with extreme climate conditions
Project Teams
- Developer: Not fully disclosed (reports reference Staks Energy involvement)
- Supporting stakeholders: State-level political and energy actors
- Infrastructure dependency: New natural gas pipeline required
- Utility involvement: Regional energy planners and suppliers
Infrastructure Scope
- Large-scale hyperscale data center campus
- Dedicated on-site gas-fired generation plant
- New pipeline infrastructure for fuel supply
- High-capacity cooling and power systems
- Grid-independent or semi-isolated energy setup
Challenges
- Severe Alaska energy crisis context
- Extremely high projected gas consumption
- Dependence on new pipeline infrastructure
- Environmental and climate impact concerns
- Public criticism over resource prioritization
Current Status
- Proposal under review and public scrutiny
- No final approval granted
- Strong opposition from critics and environmental voices
- Feasibility dependent on energy and infrastructure solutions
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