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Enter A New Era of Zero Carbon Emission
By integrating our latest boilers and smart control system, it not only improve thermal efficiency but also server efficiency.
Using the heat generated by the chips from our boilers, our energy solution can be applied into various heating scenarios, including home, greenhouse, fish farm, drying facility and hotel for larger scale.
Combined with heating applications, we can reduce both carbon emission and energy cost.
The heat generated by a 200kW computing powered boiler can provide heating for an area of about 2000㎡.
If there is a natural water source near the facility, water can be used to reduce heat with our water coolers.
During summer when the temperature is high, or if the facility has water resources nearby, cooling tower can be used. The evaporative cooling solution can improve cooling effect of the cooling tower and reduce the cost of heat dissipation.
In the event that there is no natural water source near the facility and the environmental temperature is suitable, air cooler can be used to solve the heat dissipation problem, reducing both costs on water and cooling tower maintenance.
This system adopts the Cold Plate Water Cooling technology, which uses water as the heat transfer medium to flow in the internal flow channel of the cold plate, and realizes the non-contact liquid cooling technology of cooling the heat source through heat transfer. In a Cold Plate Water Cooling system, heat-generating components such as chips do not directly contact the water, but dissipate heat through a cold plate mounted on the electronic components that need to be cooled.
The volumetric heat capacity of water is 2 times that of oil and 4000 times that of air. This means that under the same volume, the water can take away more heat.
Thermal Conductivity： Water＞Oil＞Air Water has better thermal conductivity and can take away the heat of the chip faster.
• Clean water, no pollution to the environment
• No volatilization, no irritating odor
• No flammable and explosive characteristics
• Special sealing design
• Plug and play, just plug water, electricity, network
• Installation operation is simple, the power unit supports hot-plug
• Simple maintenance operation, no liquid residue
• Less energy consumption costs
• Lower operation and maintenance costs
• No volatile leakage, save the cost of liquid
replenishment
• Chips and PSU are all water cooling design
• Fanless design, silent and no pollution
• Low heat resistance cold plate design
• Excellent thermal conductivity performance
• Compact structure design, the occupied space is 20% of the air cooling
• Mining boiler cabinet modular design
