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STAK Energy North Slopes

Deadhorse, Alaska, United StatesProposed
Evidence
Headline capacity
Not established in published records
Updated
Oct 28, 2026

STAK Energy North Slopes is a proposed high-performance-compute and energy development associated with Deadhorse on Alaska’s North Slope. Public project-specific evidence does not currently verify the tracked 3 GW value as operating, contracted or phase-specific IT capacity. Land control, North Slope permitting, generation, fuel supply, telecommunications, water, customers, financing and delivery timing all require primary-source confirmation.

Capacity

Operating IT capacity: Not established in published records

A missing figure does not mean zero. Planned, utility and generation figures are not operating IT capacity.

Development

Early concept and evidence verificationAnnounced or preconstruction

STAK Energy North Slopes is a proposed high-performance-compute and energy development associated with Deadhorse on Alaska’s North Slope. Public project-specific evidence does not currently verify the tracked 3 GW value as operating, contracted or phase-specific IT capacity. The available public sources do not establish a single project-scoped capacity figure. Land control, North Slope permitting, generation, fuel supply, telecommunications, water, customers, financing and delivery timing all require primary-source confirmation.

Participants

STAK Energy

Developer

Sources by role
Developer (1)

Site & development

Location context

Actual

STAK Energy North Slopes | Deadhorse | Alaska | US

Source

Location context

Actual

STAK Energy North Slopes | Deadhorse | Alaska | US

Source

Location context

Actual

Deadhorse / North Slope, Alaska

Source

Additional project facts

Lifecycle status

Actual

Proposed

Source

Capacity basis

Actual

3,000 MW future full build site capacity; not measured operating IT load.

Source

Lifecycle status

Actual

Proposed

Source

Capacity status

Actual

3 GW remains unverified

Source

Infrastructure & permits

Technical details (1)
Onsite generation

Unknown

3,000 MW

No project-specific primary record verifies this figure.

Public-source research. Plans may change. See Evidence for sources and qualifications.