CleanSpark

CleanSpark is a U.S. data center developer and operator with large-scale infrastructure across Georgia, Tennessee, Mississippi, Wyoming, Texas, Nevada, and Utah. The company’s operating platform has been built around Bitcoin mining infrastructure, and its current strategy extends that energy and data center footprint into AI infrastructure and high-performance computing workloads. CleanSpark owns, leases, and operates its own facilities and power assets, with 33 operating mining locations across Georgia, Mississippi, Tennessee, and Wyoming as of September 30, 2025.

CleanSpark’s service model centers on energy-intensive compute infrastructure. Its facilities support Bitcoin mining, ASIC-based compute operations, power management, curtailment strategies, immersion-cooled deployments, and site development for next-generation AI and HPC capacity. CleanSpark’s data center platform includes approximately 1,027 MW of operating power capacity across four states and 45.60 EH/s of operating hashrate as of September 30, 2025. The portfolio includes 620 MW in Georgia, 234 MW in Tennessee, 63 MW in Mississippi, and 110 MW in Wyoming. CleanSpark also controls a growing development pipeline, including Texas land and power agreements for a planned high-performance computing data center campus.

CleanSpark differentiates through a power-first infrastructure model, a large self-operated U.S. footprint, and direct experience developing, energizing, and operating high-density compute sites. Georgia is the company’s largest active operating region with 15 mining locations and 620 MW of developed data center infrastructure. Tennessee adds 234 MW across 11 locations, while Wyoming includes immersion-cooled facilities supporting 110 MW of data center infrastructure power. CleanSpark’s locations page lists 1.8 GW of power under contract, 100% CLSK-operated infrastructure, and 16.07 J/TH peak deployed fleet efficiency. Its platform is positioned for Bitcoin, AI, cloud, and enterprise compute demand.

🏢 Facility Highlights

1. Operating Footprint: 33 operating mining locations across Georgia, Mississippi, Tennessee, and Wyoming
2. Georgia Platform: 620 MW supporting 27.02 EH/s across 15 mining locations
3. Tennessee Platform: 234 MW supporting 12.43 EH/s across 11 mining locations
4. Mississippi Platform: 63 MW supporting 2.63 EH/s across 5 mining locations
5. Wyoming Platform: 110 MW supporting 3.52 EH/s across 2 immersion-cooled mining facilities
6. Texas Development: 271-acre Austin County site with 285 MW of long-term power agreements for future HPC capacity
7. Contracted Power: 1.8 GW of power under contract

🛠️ Service Portfolio Overview

1. Bitcoin Mining Infrastructure: Self-operated ASIC mining facilities and power infrastructure
2. AI Data Center Development: Large-scale data center campus development for AI workloads
3. HPC Infrastructure: Planned high-performance computing capacity across select facilities and new sites
4. Power Asset Development: Utility-scale power contracting and site development
5. Immersion Cooling: Wyoming facilities use immersion cooling technology for efficiency and performance
6. Energy Management: Advanced software, power optimization, and curtailment strategies

🏭 Who It Serves

1. Bitcoin Network Compute: Industrial-scale Bitcoin mining and blockchain transaction validation
2. AI Infrastructure Buyers: Future AI workloads requiring large-scale power and dense data center capacity
3. High-Performance Computing Users: Compute-intensive workloads requiring scalable energy-backed infrastructure
4. Cloud and Enterprise Workloads: Future hyperscale, AI, and enterprise compute deployments

🌱 Sustainability & Energy

1. Fleet Efficiency: 16.07 J/TH peak efficiency of deployed fleet
2. Power Strategy: Data center sites selected around power availability, energy economics, and grid access
3. Energy Operations: Active curtailment and software-based efficiency management
4. Renewable Exposure: Facility strategy includes utility regions with substantial clean and renewable energy sourcing