10KW–150KW SMALL

240-Slot Hydro Bitcoin Mining Farm Across Rural Texas

Posted by Ada · On

240-Slot Hydro Bitcoin Mining Farm Across Rural Texas

Project Description

Running 12 liquid-cooled units in parallel under 105°F (40°C+) Texas summer heat carried a severe engineering risk: fluid flow decay causing localized chip burnout. To establish this 16.8MW hydro bitcoin mining farm, the operator deployed 12 units of our 1.4MW 240-Slot Antminer Hydro Cooling Container 20FT HQ, providing capacity for up to 2,880 hydro ASIC miners across a multi-row grid.

Arranged in parallel rows on concrete strip pads, each 20-foot enclosure connects directly to an adjacent dry cooler. Internally, oversized large-diameter hydronic manifolds eliminate pressure drops across the server bays. This balanced CDU circuitry maintains uniform coolant velocity, ensuring identical delta-T across active hashboards without requiring manual re-balancing as miner density scales.

Throughout prolonged Central Texas heatwaves peaking above 40°C, the facility handled continuous high thermal loads with zero pump cavitation or thermal throttling. The self-regulating closed loops kept supply temperatures stable regardless of bay occupancy, proving that modular 20FT hydro containers can reliably stabilize multi-megawatt hash rates under extreme ambient heat.

About Ada

I am a Data Analyst at Apexto Mining, with experience in the cryptocurrency mining industry since 2017. My work focuses on analyzing ASIC performance, thermal efficiency, and mining profitability, especially in hydro and immersion cooling environments. I contribute to technical research and content creation, including blog articles and educational materials on mining hardware and infrastructure optimization.