Cooling System in Data Center
With the rapid development of Internet technology, the scale and number of data centers are also expanding. During the operation of the data center computer room, a stable and reliable refrigeration system is essential.
Classification of data center computer room refrigeration systems
Data center computer room refrigeration systems are mainly divided into two categories: air cooling and water cooling.
1. Air-cooled refrigeration system
Air-cooled refrigeration systems are the most common refrigeration method. They mainly use fans to extract hot air from the server room, and exhaust the heat to the outside through air conditioners or cooling towers.
The air-cooled refrigeration system is mainly composed of four parts: fan, condenser, evaporator and control system. The fan is responsible for extracting hot air from the server room; the condenser condenses the moisture in the hot air into liquid and releases a large amount of heat; the evaporator absorbs the moisture in the hot air from the condenser and takes away the heat at the same time; the control system Responsible for adjusting the fan speed to maintain a constant cooling effect.
The air-cooled refrigeration system has the advantages of simple equipment, easy maintenance, and relatively low cost. However, its energy efficiency ratio is relatively low and requires more electricity to maintain the cooling effect.
2. Water cooling refrigeration system
The water-cooled refrigeration system uses the heat of water to take away the heat of the server by directly contacting the server. Water cooling systems can be divided into two types: natural cooling and forced cooling. Natural cooling uses low-temperature water provided by the natural environment for cooling; forced cooling uses a refrigerator to cool the water below the ambient temperature, and then sends the cooled water to the server through a water pump for cooling. The advantage of the water cooling system is that it has higher energy efficiency under the same cooling effect, but the equipment is complex and the maintenance cost is high.
The future development trend of cooling system in data center
As energy prices rise and environmental protection requirements increase, the refrigeration system of data center computer rooms is developing in a more efficient and energy-saving direction. Future data center room cooling systems may be more inclined to use natural cooling or hybrid cooling to reduce dependence on power resources and reduce carbon emissions. At the same time, with the development of AI and big data technology, the cooling system of the data center computer room may also become more intelligent, able to automatically adjust the cooling effect and improve cooling efficiency. In addition, with the development of new materials, future data center room refrigeration systems may use more efficient heat dissipation materials to improve energy efficiency.
The cooling system of the data center computer room is an important factor in ensuring the stable operation of the data center. Whether air-cooled or water-cooled, each has its own unique advantages and disadvantages. In the future, we expect to see the emergence of more efficient, energy-saving, and smarter refrigeration systems to meet the growing cooling needs of data centers.
Modelo | ZLFQ-15 | ZLFQ-25 | ZLFQ-50 | ZLFQ-75 | ZLFQ-100 | ZLFQ-150 |
Rango de temperatura | +5℃~35℃ | +5℃~35℃ | +5℃~35℃ | +5℃~35℃ | +5℃~35℃ | +5℃~35℃ |
Agua de refrigeración | 5℃~30℃ Adopta válvula reguladora Siemens/Honeywell para controlar el flujo de agua de refrigeración. | |||||
Precisión del control de temperatura | ±0.2℃ | ±0.5℃ | ±0.5℃ | ±0.5℃ | ±0.5℃ | ±0.5℃ |
control de flujo | 10~25L/min | 25~50L/min | 40~110L/min | 70~150L/min | 150~250L/min | 200~400L/min |
El control de caudal se ajusta mediante un convertidor de frecuencia, la precisión es de ±0,3 L/min. | ||||||
Capacidad de refrigeración (MAX) | 15 kW | 25 kW | 50 kW | 75 kW | 100 kW | 150 kW |
Volumen de almacenamiento | 15L | 30L | 60L | 100L | 150L | 200L |
Salmuera | Agua, aceite de silicona, líquido fluorado, solución acuosa de etilenglicol, etc. | |||||
Canalización media | SUS304 | SUS304 | SUS304 | SUS304 | SUS304 | SUS304 |
Tamaño de la interfaz de entrada y salida | G3/4 | G1 | G1 | DN32 | DN40 | DN50 |
Interfaz de agua de refrigeración | G3/4 | G1 | DN40 | DN50 | DN50 | DN65 |
Caudal de agua de refrigeración 7~20℃ | 2,5 m³/h | 4 m³/h | 8m³/h | 13 m³/h | 17 m³/h | 25 m³/h |
380V 50HZ | 1kW | 1,5 kW | 3kW | 4kW | 5kW | 6kW |
concha | Chapa laminada en frío pulverizada RAL7035 |
Modelo | ZLFQ-200 | ZLFQ-250 | ZLFQ-300 | ZLFQ-400 | ZLFQ-500 |
Rango de temperatura | +5℃~35℃ | ||||
Precisión de la temperatura | ±0.5℃ | ||||
Control del caudal | 15~30m³/h | 20~35m³/h | 25~40m³/h | 30~60m³/h | 40~70m³/h |
Capacidad de refrigeración(MAX) | 200 kW | 250 kW | 300 kW | 400 kW | 500 kW |
Volumen de almacenamiento | 250L | 300L | 600L | 1000L | 1200L |
Medio | Agua, aceite de silicona, líquido fluorado, solución acuosa de etilenglicol, etc. | ||||
Canalización media | SUS304 | ||||
Tamaño de la interfaz de entrada y salida | DN65 | DN65 | DN65 | DN80 | DN80 |
Interfaz de agua de refrigeración | DN80 | DN80 | DN100 | DN100 | DN125 |
Caudal de agua de refrigeración 7~20℃ | 34 m³/h | 43 m³/h | 51 m³/h | 69 m³/h | 86 m³/h |
Alimentación 380V 50HZ | 7kW | 7kW | 8kW | 9kW | 13kW |
concha | Chapa laminada en frío pulverizada RAL7035 |
Ofrecemos diseño y fabricación de sistemas completos de control de temperatura. Desde modelos estándar hasta productos personalizados completos hasta 1000 toneladas. Nos especializamos en el servicio al cliente y nos dedicamos a ayudar a cada cliente a tener el sistema de control de temperatura óptimo para su necesidad específica.
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