We act as a primary off-taker for energy that would otherwise be stranded, harnessing 100% renewable sources to power our self-managed Bitcoin mining facilities. Our high-density computing infrastructure converts isolated hydroelectric power into sustainable hashrate generation.
Seeking affordable and abundant energy, we convert excess or unused electricity into computational power to operate our bitcoin mining facilities.
We sought and monetized stranded energy from sustainable hydroelectric power to maximize long-term profitability and minimize our carbon footprint.
We run 20+ MW high-density computation data centers with 840 PH/s of hashrate production across four mining facilities in Canada and Paraguay.
Our miners across all sites achieve an average efficiency of 24 joules per terahash to optimize energy utilization.
Our mining sites are located in energy-rich regions of Canada and Paraguay, where renewable electricity is abundant, enabling low costs, risk diversification, and sustainable mining operations.
Paraguay is known for access to cheap, renewable hydroelectric power from the Itaipú dam, a business-friendly environment, and a dry climate that reduces equipment maintenance. Its energy surplus and low-cost power make it a strategic location for scalable, efficient mining operations.
Reach out to our team to discuss opportunities for new mining site deployments.
Market volatility, mining difficulty, and energy costs all affect bitcoin mining profitability. Hashrate derivatives on Pow.re Markets allow miners to hedge risks and attract investors seeking bitcoin mining exposure without the technical overhead or capital-intensive infrastructure of physical sites.
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Reach out to learn about our self-managed bitcoin mining, pool audits, and hashrate derivatives.