40HQ Liquid-Cooled Container Data Center for Crypto Currency Miners

40HQ Liquid-Cooled Container Data Center for Crypto Currency Miners

Bitcoin mining requires a large number of ASIC miners, and a liquid-cooled container data center can provide an efficient cooling solution for these power-hungry devices to ensure that the miners are running at optimal conditions. A 40HQ liquid-cooled container can hold up to 420 miners.

Advantages of liquid cooling technology

Efficient Heat Dissipation: Liquid cooling technology directly contacts heat-generating components (e.g. CPU, GPU) through liquid (usually water or special coolant), which is more efficient compared to traditional air-cooling, and can effectively reduce the temperature of the equipment and extend the life of the hardware.

Energy saving and consumption reduction: Liquid-cooled systems can reduce the use of fans, lowering noise and power consumption, and through heat recovery technology, waste heat can be used for other purposes (e.g., heating), further improving energy utilization.

High-density deployment: Liquid-cooled systems can support higher-density hardware deployment, which is suitable for scenarios such as mining machines that require large amounts of computing resources.

Advantages of Containerized Data Centers

Modular design: Container data center adopts a standardized modular design, which facilitates rapid deployment and expansion. Each container can be operated independently, or multiple containers can be used in combination to adapt to the mining needs of different scales.

Flexible deployment: Container data centers can be placed in a variety of environments, such as mines, remote areas, or areas rich in power resources, reducing power costs and the complexity of infrastructure construction.

High mobility: Container data centers are highly mobile and can be flexibly adjusted to deployment locations according to power prices, climate conditions and other factors to optimize mining costs.

Application of liquid-cooled container data center in mining

High-density mining: Digital currency mining requires a large amount of computing resources, which is usually accompanied by high energy consumption and high heat generation. Liquid-cooled container data centers can support the deployment of high-density mining machines, ensuring that the equipment operates at the optimal temperature and improving mining efficiency.

Reduced operating costs: Through liquid cooling technology, the cooling cost of mining machines is significantly reduced, while the modular design of the container data center reduces the investment in infrastructure construction, so the overall operating costs are effectively controlled.

Environmental adaptability: Liquid-cooled container data centers can operate in harsh environments, such as high temperatures, high humidity or dusty areas, to ensure the stable operation of mining machines.

Components of liquid-cooled container data center

Cooling system: including liquid cooling circulation system, coolant distribution unit (CDU), heat exchanger, etc., to ensure efficient heat dissipation of mining machines.

Power system: provides a stable power supply, usually equipped with UPS (uninterruptible power supply) and diesel generators to ensure the continuous operation of mining machines.

Monitoring system: real-time monitoring of temperature, humidity, power consumption and other parameters to ensure stable operation of the data center.

Container shell: adopts high-strength materials with waterproof, dustproof and corrosion-resistant functions to adapt to various environments.