Technical Specifications

• Structure & Material: Integrated cold plate made of electrolytic copper/aluminum alloy (thermal conductivity ≥ 401 W/m·K), with an array of microchannels integrated on the surface (channel width: 0.2–0.5mm). It supports multi-hash board coverage: a single cold plate is compatible with 1–2 miner hash boards and covers ≥ 16 ASIC chips.
• Heat Dissipation Performance: Heat dissipation capacity of a single cold plate ≥ 1200W (compatible with the power consumption of a single miner hash board), with thermal resistance as low as 0.04℃·cm²/W. Under full load, it can control the temperature of ASIC chips below 50℃ (at an ambient temperature of 40℃).
• Fluid & Interface: Compatible with deionized water, PG25 coolant and insulating oil, with pressure resistance ≥ 8 bar and flow rate ≥ 5 L/min. Equipped with leak-proof quick-connect fittings (leakage rate < 10⁻⁶ Pa·m³/s) and supports blind mating (error compensation: 1mm).
• Dimensions & Compatibility: Compatible with mainstream miner dimensions (e.g., 3U/2U racks), with cold plate thickness ≤ 15mm, supporting high-density stacked deployment.

Application Fields

• Cryptocurrency Miners: Compatible with SHA-256 algorithm miners such as Antminer S21e and Avalon A1566HA, as well as hash board heat dissipation for Scrypt algorithm models like Big Dog King DG Hydro 1.
• Large-scale Mining Farms: Suitable for high-density cluster deployment scenarios (e.g., 1U/2U rack-mounted miners), reducing cooling energy consumption and noise (operating noise ≤ 50dB).
• Green Mining Scenarios: Cooperating with waste heat recovery systems (e.g., heating supply, greenhouse heating), it is suitable for mining farms powered by renewable energy sources such as solar energy and wind energy.