Crypto Cooling Single Phase Immersion Cooling System Dry Coolers

What's Immersion Cooling?

Immersion cooling refers to the process of immersing servers, GPUs, ASICs, and other IT hardware in a non-conductive fluid. The fluid is a far more effective cooling medium than air is and so higher efficiencies are achievable. Two-phase immersion cooling is similar but the fluid boils on the hot components.

Why many large data centers have already moved or are considering the move to immersion cooling?

1. Save floor space. Compare with traditional forced air cooling way(using precision air conditioner), immersion cooling system will save much floor space. Because no need rack system and no need air conditioner indoor.

2. Save power. Compare with traditional forced air cooling way(using precision air conditioner), immersion cooling system will save much power. For example, no need to install many air conditioners indoor, then no compressor power consumption. For example, the bitcoin miners no need air cooling fans. Thesewill save power around 18~25%.

3. Increase hardware lifepan. In immersion, machines operate in a 100% controlled environment with no dust, no temperature of humidity fluctuations, no impurities. This will extend the service life of the mining machine or server. This will also reduce machine maintainance fee.

4. Increase hashrate of the mining machine.

For immersion cooling system, our dry cooler is the most cost-effective way to remove heat and a necessary component of the immersion cooling system, We designed a full range of immersion optimized dry coolers. From 5kW single fan unit to the V-shaped 48-921kW dry coolers. Made in China, sized to your needs.

For crypto cooling farm, if use immersion cooling system, our dry cooler is the most cost-effective way to remove heat and a necessary component of the immersion cooling system, We designed a full range of immersion optimized dry coolers. From 5kW single fan unit to the V-shaped 48-921kW dry coolers. Made in China, sized to your needs.

Our USA partner can offer the cryptocurrency miner cooling system solution, like this way:

Features of dry cooler

Options

Technical parameter

Dry cooler D1 series parameter (fin space 2.1mm)

Note: Standard SHSL-D1 dry cooler is vertical air discharge, for horizontal air discharge please add “H” in nomenclature, for excmple:SHSL-D1-005H-1X350

Reference

For solar industry	Country: China Application :cooling of solar heating system when it is overheated Cooling capacity: 463, 933 and 1475kW Cooling medium: 50% propylene glycol water Supply power: 380V/3P/50Hz Fan brand: Ziehl-Abegg Altitude:4200m	Country: UAE Application: solar thermal system Cooling capacity: 21kw Cooling medium: water Supply power: 230V/1P/50Hz Fan brand: Chinese brand	Country: Korea Application: solar system overheated Cooling capacity: 32kW Cooling medium: 30% ethylene glycol water Supply power: 230V/1P/60Hz Fan brand: Chinese brand
For plastic industry	Country: Algeria Application: cooling water from injection molding machine Cooling capacity: 694kW Cooling medium: water Supply power: 400V/3P/50Hz Fan brand: Ziehl-Abegg	Country: Armenia Application: for plastic caps of beverages factory Cooling capacity:70kW Cooling medium: 34% ethylene glycol Supply power: 380V/3P/50Hz Fan brand: Chinese brand	Country: Russia Application: bathtub factory Inlet/outlet air temperature:40℃/66℃ Inlet/outlet water temperature:85℃/50℃ Air volume:7986m3/h Cooling medium:water Supply power: 380V/3P/50Hz Fan brand: Chinese brand
Instead of cooling tower	Country: Argentina Application: for equipment cooling, to match chiller. Cooling capacity: 245kW Cooling medium: water Supply power:380V/3P/50Hz Fan brand: Chinese brand	Country: Peru Application: instead of cooling tower, to match chiller. Cooling capacity: 360kW Cooling medium: water Supply power:440V/3P/60Hz Fan brand: Chinese brand With wet curtain, with water pump and water tank	Country: Mauritius Application: supermarket and will match chiller use. Heat transfer capacity: 502kW Cooling medium: water Inlet air temp.: 32℃ Inlet medium temp.: 42℃ Outlet medium temp.: 37℃ Medium volume: 88m3/h Material: copper tube aluminum fin and galvanized steel frame, RAL9010 powder coating. Supply power: 380V/3P/50Hz Fan brand: Chinese brand, air volume: 20228m3/h
For data center cooling	Country: Mongolia Application: match with precision air conditioner Cooling capacity: 17.6kW Cooling medium: 34% ethylene glycol Supply power: 400V/3P/50Hz Fan brand: Ziehl-Abegg	Country: Russia Application:data center cooling Cooling capacity: 763kW Cooling medium: water Supply power: 380V/3P/50Hz Fan brand: Ziehl-Abegg
For power plant	Country: Hongkong Application: power plant Cooling capacity: 363kW Cooling medium: water Supply power: 415V/3P/50Hz Fan brand: Chinese brand	Country: Russia Application: power plant. Cooling capacity: 180kW Cooling medium: water Supply power: 380V/3P/50Hz Fan brand: Chinese brand
Other application	Country: Singapore Application: match with fruit and vegerable freezer Cooling capacity: 14.6kw, 17kw and 29.37kw Cooling medium: 20% ethylene glycol Supply power: 230V/1P/50Hz Fan brand: Ziehl-Abegg	Country: Singapore Application: wastewater treatment factory, cooling water Cooling capacity: 429kW Cooling medium: water Supply power: 400V/3P/50Hz Fan brand: Ziehl-Abegg	Country: Russia Application: industrial cooling Cooling capacity: 153kW Cooling medium: 20% glycol Supply power: 380V/3P/50Hz Fan brand: Ziehl-Abegg

What is Single phase liquid cooling?

The cooling liquid always maintains a liquid state during the circulation and heat dissipation process, and does not undergo phase change. After the low-temperature coolant takes away the heat of the server, the temperature rises, and the increased coolant enters the board to re-cool to complete the cycle; the coolant can be 3M electronic fluorinated liquid FC-40 with a boiling point of up to 165℃, because the server's working temperature is normal The single-phase liquid cooling technology can be realized if it does not exceed 50°C. Single-phase liquid cooling requires a higher boiling point of the cooling liquid, so that the control of the evaporation loss of the cooling liquid is relatively simple, and the compatibility with the components of IT equipment is relatively good, and there is no need to frequently supplement the cooling liquid; but its efficiency is lower than that of two-phase liquid cooling. In order to improve efficiency, cooling towers are generally required to dissipate heat