Skip to main content
BitRock

Solutions

One power asset, flexible compute allocation

Low-cost off-grid generation underpins both revenue lines. They can run in parallel and are prioritized by return, with the main line and scale finalized per internal testing and client contracts.

System

Gas → Power → Compute

A single integrated chain: fuel at the wellhead, conversion on the pad, and consumption inside the halls.

  1. Stage 01

    Natural Gas

    Purchased from gas retailers or the Bow River gas co-op, or tapped at the wellhead from acquired gas fields.

  2. Stage 02

    On-Site Generation

    Skid-mounted gas gensets deployed for off-grid self-supply — no transmission or distribution fees.

  3. Stage 03

    Data Center

    Modular containerized halls with air or immersion cooling, medium-voltage distribution and SuperNet fiber access.

  4. Stage 04

    AI/HPC & Blockchain Compute

    Two revenue lines: self-mining Bitcoin, and AI/HPC compute colocation where the client brings its own GPUs.

Three ways to engage

Self-mining

BitRock operates its own ASIC fleet on site, converting low-cost power directly into Bitcoin output.

AI/HPC colocation

A client places its own GPUs in the halls; BitRock supplies power, cooling, fiber and on-site operations.

Infrastructure partnership

Rack leasing, EPC construction, power-asset cooperation, and gas supply or equipment resources.

Pillar 01

On-Site Gas-to-Power

Skid-mounted natural-gas generation deployed next to the gas source for fully off-grid self-supply.

  • 30 × 400 kW skid-mounted gas gensets in Phase 1 — 12 MW nameplate, 10 MW continuous COP — with SCR/DOC emissions control, switchgear and transformers.
  • Gas purchased from gas retailers or the Bow River gas co-op, or tapped at the wellhead from acquired gas fields and wells.
  • Off-grid self-supply avoids grid transmission and distribution fees and interconnection queues.
  • All-in power price of ~US$0.03/kWh, well below industrial grid tariffs; generation cost at current gas price is approximately 1–2 ¢/kWh.
  • Off-grid self-supply under 75 MW is exempt from Alberta's 2% data-center levy.
Row of skid-mounted natural-gas generator sets lined up along a yellow gas pipeline manifold on a gravel pad at the Alberta site.
Gas-genset array · wellhead-adjacent supply— Natural-gas generation

Pillar 02

AI/HPC Colocation

Colocation capacity for AI training and inference, with the client bringing its own GPUs.

  • Hall and cooling upgraded per client need — containerized air cooling or immersion cooling.
  • Alberta SuperNet fiber access for high-speed connectivity, with a telecom tower on site.
  • Naturally low ambient temperatures aid cooling with low PUE across cold winters and cool summers.
  • Local engineering and O&M team supporting off-grid operations, with ERP production-safety and EMS emergency-shutdown procedures being built up.
  • Requires a signed client offtake and a secured GPU source; procurement of US-origin advanced GPUs adds US export-control (EAR) compliance.
Containerized compute hall with evaporative cooling walls and heavy power cabling routed into a central switchgear cabinet.
Containerized hall · power intake & evaporative cooling— Power distribution

Pillar 03

Blockchain Infrastructure

Mature, base-load workloads that monetise low-cost power immediately.

  • Self-mining Bitcoin as the near-term cash-flow line, running on low-cost off-grid power.
  • ASIC deployment proven at the partner's live facility in the same area, running at full load through extreme winter cold.
  • Revenue is elastic to coin price and network difficulty; a low power price plus efficient machines is the hedge.
  • Rack leasing and compute colocation are available as partnership structures.
Interior of the compute hall showing racked mining machines with green status lights and cabled power distribution units.
Compute hall rack deployment— Compute hall

Platform

Power, cooling, fiber and operations

Shared infrastructure that lets either workload line scale in modular increments.

Power

Off-grid self-generation with no transmission or distribution fees. Phase 1 at 10 MW, expandable to a planned 50 MW.

Cooling

Containerized air cooling or immersion cooling, with evaporative cooling on the halls and a naturally cold, dry Alberta climate assisting low PUE.

Fiber

Alberta SuperNet fiber passing nearby, plus on-site telecom infrastructure.

Modular deployment

Skid-mounted and containerized modules with roughly one to two months of on-site construction, replicated for expansion.

Operations

Local engineering and O&M team with off-grid experience; ERP production-safety plan and EMS emergency shutdown under build-up.

Flexible allocation

Establish cash flow with mature workloads, then upgrade capacity toward AI compute as offtake is secured — both lines may run in parallel.

Looking for capacity or a colocation home for your GPUs?

Tell us your power, cooling and timeline requirements.

Discuss a partnership