Kristal Farms
Export compute, not power.
Recycle heat, don't reject it.
We co-locate modular data centers with renewable hydro in cold climates. Instead of building long transmission lines, we put the compute in the village and turn waste heat into community heating and food security.
The Cost Advantage Stack
Conventional data centers fight physics and geography. We align with them. By removing the biggest cost drivers, we create a structurally cheaper asset.
No Transmission Lines
Stop paying for: Long HV corridors and substations.
Replacement: Short medium-voltage feed from dam to village.
Natural Cold
Stop paying for: Chillers and cooling towers.
Replacement: Non-contact plate exchangers using cold bay water.
Heat as Product
Stop paying for: Heat rejection.
Replacement: Sell heat to buildings and greenhouses, displacing diesel.
Marine Logistics
Stop paying for: Long-haul trucking.
Replacement: Standard 40ft containers delivered directly to port yard.
Lower Overhead
Stop paying for: Expensive urban land and security.
Replacement: Remote, secure port yard with lower OPEX.
Compute Avoided
Stop paying for: Re-computing the same answers.
Replacement: "Kristals" knowledge commons reuses validated intelligence.
Explore the Ecosystem
Infrastructure
The "Hard Tech." Deep dive into local grid integration, the modular Pad Yard, and the 200+ Tbps Fiber Trunk that makes export possible.
Ecology & Heat
The "Heat-First" engine. How we implement the "Reuse → Store → Reject" hierarchy to heat the village and achieve WUE ≈ 0.
Governance
The Operating Model. Black-box tenancy for security, committee-based governance for community benefit, and the Kristals Knowledge Commons.
Project Nain
The Blueprint. A complete project plan for a 15MW pilot in Labrador: CAPEX (~$200M), Phasing, and ROI analysis.