Containerized Compute
AI compute pods deployed in scalable phases as tenant demand materializes — reducing stranded-capital risk.
Wolverine AI Energy Campus
Power-first AI infrastructure, energized in months.
A modular compute and energy platform that converts industrial land and contracted utility access into deployable AI infrastructure — without the multi-year timelines of traditional hyperscale builds.
The Wolverine Thesis
AI is constrained by power, not compute.
The modern AI economy is rate-limited by utility availability and energized infrastructure, not by chip supply. Capacity that exists on paper but cannot be energized for years has no operational value to a tenant building today.
Wolverine begins with secured power. The platform's foundation is 52+ MW of contracted utility capacity across a portfolio of industrial-zoned sites, structured for phased build-out toward a 180 MW ceiling across three substation interconnects.
That sequence — contracted capacity first, modular compute second — compresses speed-to-revenue and converts utility access into institutional-grade infrastructure cash flow.
- Utility-constrained markets
- Multi-year interconnection timelines
- Hyperscale demand outstripping deliverable capacity
Power Infrastructure
52+ MW contracted.
Across the portfolio.
Wolverine controls 52+ MW of contracted utility capacity across the portfolio, deployed across multiple sites and configured to customer requirements. The chart below shows portfolio-wide build-out potential — from currently contracted capacity toward the 180 MW ceiling at full deployment.
Portfolio Contracted
52+ MW
Contracted utility capacity across the portfolio, secured through executed agreements.
Portfolio Build-Out
180MW
Portfolio build-out potential at full deployment across all sites.
Interconnects
3
Substation interconnect points across the portfolio.
Portfolio Strategy
Multiple sites. Custom deployments.
Wolverine controls 52+ MW of contracted capacity distributed across a portfolio of utility-connected industrial sites. Customer requirements determine site selection, deployment scale, and infrastructure configuration.
Each deployment is engineered to specification — from single-MW deployments to multi-megawatt institutional buildouts.
52+ MW
Portfolio Contracted Capacity
1–5+ MW
Deployment Scale per Site
Custom
Build Approach
Modular Infrastructure
Energized in months. Scaled in phases.
Phased Energization
Power capacity unlocked incrementally against contracted load. No speculative capex ahead of revenue.
Scalable Cooling & Distribution
Switchgear, transformers, and cooling architected for expansion toward hyperscale density.
Platform Strategy
A hybrid compute and energy ecosystem.
AI Training
Sustained high-density GPU clusters for frontier-model training.
Inference Compute
Production inference workloads at scale.
Enterprise GPU Hosting
Managed dedicated capacity for enterprise AI customers.
HPC Applications
Scientific compute, simulation, and modeling workloads.
Edge AI Compute
Distributed inference and low-latency deployment.
Flexible / Dispatchable Load
Bitcoin balancing and grid-responsive compute.
A hybrid workload mix lets the campus allocate available power toward the highest-value compute application at any point in the cycle — producing diversified revenue, stronger asset utilization, and grid-balancing flexibility across utility programs.
Campus Masterplan
Engineered for phased growth toward institutional scale.
The campus integrates AI compute rows, a dedicated substation yard, on-site energy storage, and a 24/7 operations center on industrial-zoned land sized for the portfolio's 180 MW build-out ceiling. Infrastructure zones commission in parallel — power, compute, and operations energize in coordinated phases rather than sequential dependencies.
- Compute rows architected for phased fit-out
- Dedicated substation yard with redundant utility feeds
- On-site battery energy storage for load balancing
- 24/7 network operations center with secured perimeter
Deployment Roadmap
Three phases. One contracted platform.
Phase I
Active
Initial Energization
- Modular AI compute pods on Phase I substation interconnect
- Backup generation, battery storage, and NOC commissioned
- Revenue-generating proof-of-concept for early enterprise tenants
52MW
Phase II
Planned
Multi-Tenant Expansion
- Multi-tenant environment for enterprise AI and GPU cloud operators
- Phased capital deployment against contracted tenant onboarding
- Scalable power allocation and operational redundancy
115MW
Phase III
Future
Institutional Scale Campus
- Hyperscale-ready substation integration and generation
- Battery balancing systems and multi-campus operations
- Long-duration infrastructure asset at stabilization
180MW
Engage With the Platform
Two paths to engage with Wolverine.
Custom deployment inquiries from operators seeking build-to-suit AI infrastructure within the Wolverine portfolio are the platform's primary customer motion. Institutional investor materials are available separately for qualified capital under NDA.