Efficient. Scalable. Sustainable.
00
EH/s
Average Compute
00
EH/s
Energized Computing Power
Efficient. Scalable. Sustainable.
00
EH/s
Average Compute
00
EH/s
Energized Compute
Total Operational Miners
--
Fleet energy efficiency
--
J/TH
Total Megawatts
--
MW
Total Data Centers
--
% of Bitcoin Network
00
%
ENERGIZED COMPUTE
00
EH/s
The operational data presented herein should be considered as approximations exclusively intended for demonstrative purposes.
-
Co-located behind the meter on a wind farm in McCamey, Texas, the "Wind Energy Capital of Texas," our data center uses excess power during peak generation when the wind turbines produce more energy than can be used, stored, or transmitted. Our facility also maintains a grid connection for flexibility, allowing us to sell surplus power back to the grid.
-
Hosted at Applied Digital's 180-megawatt facility, our operations in this grid-congested area provide an off-take for surplus wind energy, helping mitigate the frequent need for local wind farms to curtail output.
-
Hosted at Applied Digital's 100-megawatt facility, which is one of Otter Tail Power Co.'s largest customers, this facility is co-located with a substation, optimizing our setup for efficiency and reliability.
-
Our digital asset data center in Garden City, Texas, draws renewable energy from an adjacent wind farm and supports over 25 dedicated team members. The facility utilizes air cooling techniques, managing 100 megawatts of power with the potential to expand operations to the full 200-megawatt capacity.
-
*
*Data only represents MARA's share of the joint venture and not the total scope of operations
In collaboration with Zero Two, we established the region’s first large-scale, immersion-cooled digital asset data centers. By integrating a flexible and interruptible base load customer, the power grid reduces its exposure to seasonal demand, and power producers monetize excess energy, potentially incentivizing grid infrastructure investment.
-
Situated near a solar farm, this data center is fully owned and operated by MARA. As one of Nebraska's largest digital asset data centers, this site primarily uses air-cooled technology for its computing.
-
Located at the Wolf Hollow Gas plant, this facility derives its power directly from local generation. During high energy demand periods, we voluntarily power down operations, potentially reducing the need for inefficient, costly, and environmentally unfriendly fossil fuel peaker plants.
-
*
*Data only represents MARA's share of the joint venture and not the total scope of operations.
In partnership with Penguin Infrastructure, our data center near Paraguay's Itaipu Dam is 100% renewably powered. Due to annual surpluses, Paraguay exports 60% of its energy, incurring significant losses in transmission and distribution. By co-locating at the source, we help monetize surplus energy efficiently.
-
Our other locations include sites on oilfields in Texas and North Dakota, where we convert excess or flared gas into power for our micro data centers, helping producers reduce emissions and costs. In Finland, our pilot projects recycle heat from our data centers to warm nearly 80,000 homes. We also have third-party hosted operations in Murray, Kentucky.
Diversified Portfolio Approach To Digital Asset Compute
Each digital asset data center deployment comes with its own set of constraints, and each requires a curated approach. We adapt accordingly. Over time, we have used different strategies and structures to build a portfolio of digital asset compute operations that is designed to diversify risk across our organization.
Self-Owned & Joint Ventures
Self-owned or jointly operated sites optimize for bespoke design, greater operational control, and scalability. This approach allows for tailored deployments and provides improved cost and operational efficiencies, potentially mitigating risk during market downturns.
Third-Party Hosted
Third-party hosted sites optimize for rapid deployment by shifting the CAPEX burden to the hosting provider. This approach maximizes CAPEX for investing in computing equipment and allows for equipment relocation without infrastructure loss, potentially enhancing ROI during favorable market conditions.
