Why Washington State Will Power Evonova’s Bitcoin Mining Operation
An inside look at how Evonova is deploying S23 3U Hydro miners in the United States to drive efficient, BTC-only mining—backed by renewable hydro energy, technical expertise, and a long-term treasury accumulation strategy.
Evonova Group’s Bitcoin mining strategy centers around clean energy, cutting-edge hardware, and geographic optimization. Among its global sites, Washington State stands out as the company’s flagship mining jurisdiction, offering unmatched hydroelectric power infrastructure, regulatory stability, and long-term scalability. This article explores why Washington is Evonova’s primary choice and how Bitmain’s S23 Hydro 3U miners power this vision.
Why Washington? A Strategic Location for Sustainable Bitcoin Mining
Washington—particularly regions along the Columbia River Basin—hosts some of the most favorable conditions for Bitcoin mining in the United States. These areas are powered by legacy hydroelectric infrastructure, generating vast electricity capacity at highly competitive industrial rates. Pricing can range as low as $0.03 to $0.045 per kWh, significantly undercutting global averages and ensuring long-term mining viability.
More importantly, Washington’s energy grid is predominantly clean. Hydropower accounts for more than 60% of the state’s electricity production, minimizing the carbon footprint of mining operations. This makes Washington-based mining not only cost-effective but also aligned with ESG standards increasingly prioritized by institutional investors and asset managers.
Washington also offers a stable regulatory framework, favorable zoning policies, and robust connectivity. Together, these factors support Evonova’s infrastructure-first mining approach and commitment to compounding treasury value through efficient, sustainable operations.
Modular Deployment: Scalable Infrastructure with 99% Uptime
Evonova’s Washington-based mining operations are built on modular, containerized infrastructure. Each 40-foot unit is engineered to host up to 250 hydro-cooled ASIC miners, enabling fast setup, high density, and rapid geographic expansion. This design allows Evonova to scale operations in lockstep with market demand and infrastructure availability.
The region’s naturally cool climate supports thermal efficiency, lowering reliance on mechanical cooling and improving ASIC lifespan. Local utility partnerships and multi-year power contracts guarantee grid stability and rate predictability, key pillars in Evonova’s long-term cost modeling.
Inside the Machine: The Bitmain S23 Hydro 3U Miner
At the heart of Evonova’s mining fleet is the Bitmain Antminer S23 Hydro 3U, one of the most advanced ASIC miners on the market today. Each unit delivers 1.16 PH/s of hashrate at just 9.5 joules per terahash (J/TH)—an elite level of energy efficiency that makes these machines ideal for hydro-powered deployments.
Each miner consumes roughly 11,020 watts, yet outperforms most air-cooled competitors by over 50% in performance-per-watt. The hydro cooling system provides:
Superior heat dissipation, extending hardware life
Low noise levels, enabling compliant operations
Reduced dust accumulation, lowering maintenance needs
Higher power density, maximizing hashrate per square foot
Evonova’s container systems integrate closed-loop liquid cooling with glycol additives, ensuring thermal stability and operational uptime—even during winter in northern Washington.