Key Takeaways
- Simple Mining has 234 MW of shovel-ready AI data center capacity across four US locations, with power secured and permits complete at every site.
- Site capacities range from 40 MW to 100 MW, serving mid-scale AI deployments through hyperscale workloads.
- "Shovel-ready" means power, permits, grid interconnect, fiber, and environmental approvals are all finalized, eliminating 4–7 years of typical development time.
- Bitcoin miners already own the large-scale power infrastructure AI companies need, making this a natural extension of existing operations.
- Simple Mining offers lease, joint venture, and full acquisition deal structures for qualified partners ready to deploy at scale.
Simple Mining now has four shovel-ready AI data center sites available across the United States. The combined capacity totals 234 MW. Power is secured. Permits are complete. Construction or deployment can begin now.
For AI companies stuck in utility interconnection queues that stretch 4–7 years, this changes the equation. These sites eliminate the single biggest bottleneck in AI infrastructure: time to power.
Four Sites with 234 MW of AI-Ready Capacity
Simple Mining is offering four locations at different scales to match varying deployment requirements.
| Site | Capacity | Status |
|---|---|---|
| Site A | 40 MW | Shovel-ready |
| Site B | 44 MW | Shovel-ready |
| Site C | 50 MW | Shovel-ready |
| Site D | 100 MW | Shovel-ready |
The 40 MW and 44 MW sites serve mid-scale AI deployments. The 50 MW site supports larger training clusters or inference fleets. The 100 MW flagship location handles hyperscale workloads, from frontier model training to large-scale compute infrastructure.
Specific locations are available under NDA.
What Shovel-Ready Means for AI Data Centers
In AI infrastructure, "shovel-ready" means the hardest problems are already solved. Each component eliminates months or years from a typical project timeline:
- Power secured: Electrical capacity is contracted and available for immediate draw
- Permits complete: All local, state, and federal approvals are finalized
- Grid interconnect: The physical connection to the electrical grid is built and operational
- Fiber access: High-bandwidth connectivity is in place
- Environmental approvals: All compliance documentation is complete
Most new AI data center projects spend the bulk of their development timeline on power and permits alone. These sites skip that queue entirely.
Why Bitcoin Miners Are Building AI Data Centers
The logic is straightforward. Bitcoin miners already operate power-intensive facilities with the exact infrastructure AI companies need. This is not a pivot. It is a natural extension.
Bitcoin mining and AI training share the same core requirements: massive power, reliable cooling, and operational expertise at scale. The difference is that miners have spent years solving these problems. AI companies are just starting to face them.
Simple Mining manages over 150 MW of Bitcoin mining infrastructure today. Running facilities at that scale requires managing cooling, maintenance, security, and uptime around the clock. That operational expertise transfers to AI workloads.
Bitcoin mining profitability in 2026 and beyond depends on efficient power usage and diversified revenue. Adding AI infrastructure creates a parallel revenue stream from existing power assets. Miners can balance Bitcoin operations with AI hosting based on market conditions. This dual-use model improves facility economics without abandoning Bitcoin mining.
Flexible Deal Structures for AI Deployment
Simple Mining offers multiple engagement models for large-scale partners:
- Lease agreements: Rent capacity without owning infrastructure. Predictable costs with lower upfront capital.
- Joint ventures: Shared investment and shared returns. Suitable for partners seeking equity participation alongside operational expertise.
- Full site acquisition: Outright purchase of the entire developed site. Built for hyperscalers or capital partners who want full ownership and control.
These structures are designed for serious players planning long-term deployments.
FAQs
What is the minimum power commitment required?
These sites are built for large-scale deployments. Minimum commitments vary by location and typically start in the multi-megawatt range. Contact Simple Mining for specific requirements at each site.
How fast can AI workloads be deployed at a shovel-ready site?
Deployment timelines are dramatically shorter than greenfield development. The exact timeline depends on customer infrastructure needs, including whether you bring your own hardware or require turnkey deployment.
What renewable energy options are available?
Simple Mining emphasizes a renewable-heavy energy mix across its infrastructure. Iowa's grid (where Simple Mining operates significant capacity) incorporates substantial wind generation. Specific energy profiles for each AI site are available under NDA.
How to Learn More
For detailed site information, contact Simple Mining directly. Specific locations and technical specifications are shared under NDA.
Qualified AI companies, hyperscalers, and capital partners are encouraged to reach out. The infrastructure is built. The power is on. The only question is how fast you need it.
By Josh Heine, Content Strategist at Simple Mining
Published: March 26, 2026