Physical Infrastructure
We build the "socket," not the server. Our infrastructure is designed to bridge clean local energy with global compute demand, minimizing transmission losses and maximizing modularity.
Local Energy Integration
Instead of building expensive high-voltage transmission lines to export power, we consume it on-site. The grid architecture is hyper-local and efficient.
Short MV Feeder
A medium-voltage (MV) line connects the hydro plant directly to the village substation. This avoids long corridors, reduces line losses, and simplifies permitting.
Diesel Displacement
The hydro plant becomes the primary power source for the village. Existing diesel generators are relegated to emergency backup status only.
Smart Sequencing
Pad start-up is coordinated to prevent inrush currents from flickering the local grid. Protection devices ensure a fault in one pad doesn't trip the substation.
Load Management
Compute loads can be staged or curtailed. New pads are only powered on when there is confirmed heat sink capacity to absorb the waste.
The Modular Pad Yard
The facility is a paved, secured yard at the port or village edge, designed for standard ISO containers. We provide a turn-key "serviced slot" for tenant hardware.
40ft ISO Containers
Standard shipping container dimensions allow for marine delivery and rapid deployment via crane.
Plug-and-Play
Each slot has quick-connect hookups for MV Power, Liquid Cooling (Supply/Return), and Fiber.
High-Density Ready
Designed to support high-performance AI hardware, with power delivery up to 1MW per container.
Data Export Trunk
We export compute results, not electricity. A government-owned high-capacity fiber trunk connects the remote site to global backbones.
- DWDM Capacity: The trunk supports 200–1000 Tbps, ensuring unlimited headroom for AI workloads.
- Path Protection: Physical diversity in routing where feasible to prevent isolation from a single fiber cut.
- Redundant Uplinks: Each pad gets dual independent fiber drops (A/B) for failover reliability.
- NOC On-Site: A local Network Operations Center manages traffic, QoS, and monitoring.
Conceptual connectivity path
Reversibility & Restoration
The "Leave No Trace" Promise
Unlike traditional concrete data centers, Kristal Farms is designed to be fully reversible. If the project ends, the site can be returned to its original state.
Containers are lifted out by crane. No permanent buildings are left behind.
Pads and fencing are removed. The land is restored to baseline conditions defined in the lease.