CleanSpark secured a 100-megawatt data center site in Cheyenne, Wyoming, winning the contract over Microsoft. The Las Vegas-based bitcoin mining company completed the deal despite having a market cap under $6 billion compared to Microsoft’s $4 trillion valuation.
The deciding factor was deployment speed. CleanSpark can build a 100-megawatt bitcoin mining facility in approximately six months. Traditional AI data centers require three to six years to construct.
CleanSpark began as an energy company before transitioning to bitcoin mining five years ago. The company currently operates 1.03 gigawatts of energized facilities. An additional 1.7 gigawatts sits in the development pipeline.
CleanSpark, Inc., CLSK
The business model uses bitcoin mining to quickly build and scale power infrastructure. CleanSpark then identifies locations where converting facilities to high-performance compute and AI makes business sense. Atlanta represents a prime target as the second-largest AI data center market on the East Coast after Northern Virginia.
Training and operating AI models requires massive power consumption. Companies including Amazon, Google, and Microsoft are spending record amounts on new data centers. These tech giants face years of delays connecting to the power grid despite signing agreements with utility companies for nuclear reactors.
CleanSpark announced a partnership with Submer on Tuesday. The data center design and construction firm will work with CleanSpark to develop AI-focused campuses across North America. The collaboration combines CleanSpark’s energy and land portfolio with Submer’s liquid-cooled infrastructure systems.
CleanSpark’s shares have gained more than 100% this year. The move into AI helps offset shrinking crypto margins after April’s bitcoin halving cut block rewards in half.
The company generated approximately $198.6 million in revenue during the third quarter of fiscal 2025. This represented an increase of almost 91% year over year. CleanSpark holds 12,703 bitcoin in its corporate treasury.
CleanSpark’s mining operations can shut down during grid stress and push electricity back into the system. AI data centers cannot easily do this because many agreements require uptime of 99.99999%.
This flexibility proved valuable in Georgia when Hurricane Helene damaged a local substation. CleanSpark powered down its rigs and redirected energy to the grid. The hospital’s lights came back on within an hour while crews restored community infrastructure.
Total annual electricity consumption in the United States reached a record high in 2024 according to government data. Data centers are expected to add more pressure to usage trends as the AI market continues growing.
CleanSpark and Submer are working under a non-binding framework to finalize definitive agreements in the coming weeks for AI data center development in North America.
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