The Bitmain Antspace HK3 Liquid Cooling Container is a specialized cooling solution designed for cryptocurrency mining operations, particularly for mining rigs that utilize Bitmain Antminer ASIC (Application-Specific Integrated Circuit) hardware.
Cryptocurrency mining, especially for popular cryptocurrencies like Bitcoin, requires substantial computational power, which generates a significant amount of heat. Traditional cooling methods may struggle to maintain optimal operating temperatures for mining equipment, which can lead to reduced performance and potential hardware damage.
To address this issue, Bitmain developed the Antspace HK3 Liquid Cooling Container. This containerized cooling system employs liquid cooling technology to efficiently dissipate heat generated by the mining rigs. By using liquid cooling, it can achieve more efficient cooling compared to traditional air cooling methods.
The container is specifically designed to accommodate multiple Bitmain Antminer ASIC mining rigs, providing a centralized and scalable cooling solution. The liquid cooling system circulates coolant through a network of pipes or channels, which come into contact with the heat-generating components of the mining rigs. As the coolant absorbs the heat, it is transported away from the mining rigs to a heat exchanger, where the heat is dissipated into the surrounding environment.
The Antspace HK3 Liquid Cooling Container offers several advantages over traditional air cooling solutions. It helps maintain a stable and optimal operating temperature for the mining rigs, which can result in better mining performance and increased equipment lifespan. Additionally, it helps reduce the noise generated by the mining equipment, making it more suitable for deployment in various environments.
Product Specification |
|
| Model | ANTSPACE HK3 |
| Dimensions (L*W*H) (mm) | 6058*2438*2896 |
| Miner Capacity | 210 units -S19 Hyd. Series miner |
| Operating Power(kW) | 1047~1050 |
| PUE(Power Usage Effectiveness) | 1.022(Excluding cooling tower)/1.036(Including cooling tower) |
| Input Voltage and Frequency | 415V±5% 60Hz(North America) |
| 400V±5% 50Hz(EU、Middle East) | |
| Detailed Characteristics | |
| Shipping Weight(T) | 8 |
| Operating Weight (T) | 12 |
| Main Switch of Power Distribution Cabinets(A) | 1200(North America) |
| 1250(EU、Middle East) | |
| Rated Current(A) | 952 |
| Standard Power(kW) | 1049 |
| Maximum Power(kW) | 1050 |
| Rated Current per Miner(A) | 10 |
| Inlet Cable | The inlet cables can withstand high-voltage of above 600V, with the following requirements per phase: |
| L1 single core cable 600kcMil(300mm²)x4 | |
| L2 single core cable 600kcMil(300mm²)x4 | |
| L3 single core cable 600kcMil(300mm²)x4 | |
| N Single-core cable 600kcMil(300mm²)x4 | |
| PE single-core cable 500kcMil(240mm²)x2 | |
| Connection Interface(Cooling Tower) | DN125(GB/T 9119-2010 PN16 DN125) |
| Connection Interface(Plate Heat Exchage Interface) | DN100(GB/T 9119-2010 PN16 DN100) |
| Flow Rate(m³/h) | ＞85 |
| Quantity of ANTSPACE powered by one 2500kVA Transformer | 2 |
| Specification Details For Dry-Wet Towers | ||
| One of the following two Dry-Wet Towers can be chosen based on the personalized demand. | ||
| Product Overview | ||
| Type | Dry-Wet Tower Traditional Type （DWT-T） | Dry-Wet Tower Container Type （DWT-C） |
| Dimensions(L*W*H)(mm) | 5800*2240*4200 | 6058*2438*2896 |
| Heat Dissipation Capacity(kW) | 1000 | 1000 |
| Outlet Temperature @ 28℃ Wet Bulb Temperature | 35℃ | 35℃ |
| Operating Power(kW) | 14~28 | 14~28 |
| Detailed Characteristics | ||
| Shipping Weight(T) | 5 | 7 |
| Operating Weight（T） | 9 | 12 |
| Water Resupply Pipe Interface | DN40(Internal thread) | DN40(Internal thread) |
| Drain Pipe Interface | DN65(Internal thread) | DN65(Internal thread) |
| Noise Level @25℃, 16m | 70dBA | 70dBA |
| Water Consumption(m³/h) | 1~1.5 | 1~1.5 |
Environmental Requirements
1. Cooling tower is required to be placed on flat ground, horizontal degree (±1 degree).
2. The ground surfaced is required to be hardened and stable, able to withstand at least 14-ton load.
3. A 10-ton crane is needed for unloading ANTSPACE and cooling tower.
4.Add-on items such as stairs, transformers, cables, bridge racks and cable distribution boxes are not included in the delivery of ANTSPACE. BITMAIN team can provide design suggestions if needed.
5 .Client needs to confirm the opening directon of container and it needs to face air-intake. Door on left is current design by defult.
6. Keep at least 2 meters of air in-take space around the cooling tower.
7 .Altitude: ≤3000m. If the altitude is higher than 1000-meter, transformer and switch should be derated, the total power of ANTSPACE must be decreased by 1% for each elevation increment of 100 meters.
8. Operating temperature: -25°C to 40°C. Operating humidity: 10%RH to 90%RH. When the initial coolant temperature is below 20 °C, the internal circulation should be turned on to heat up the coolant to above 20 °C before starting the mining machine.
9 .When the ambient temperature is below 5 ℃, the cooling tower can be switched to cold-dry mode.
10. Choose pure water or suitable antifreeze as coolant based on local climate conditions.
11 .The suitable ambient temperature for ANTSPACE does not represent the suitable ambient temperature for mining machine.
