A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a data center cabinet heat dissipation system, and the system comprises a controller, a main inlet, a temperature detector for detecting the temperature of each heat dissipation area, and a plurality of refrigerant radiators which are respectively distributed in each heat dissipation area so as to dissipate heat of a heating part in the current heat dissipation area; an inlet of each refrigerant radiator is communicated with the main inlet through a flow regulating valve, and the controller controls the opening degree of the corresponding flow regulating valve accordingto the temperature value, detected by the temperature detector, in each radiating area. According to the data center cabinet heat dissipation system, the different heat dissipation areas are arranged, the refrigerant radiators are arranged in the heat dissipation areas respectively, and the flow adjusting valves are correspondingly arranged, so the controller can accurately control the corresponding refrigerant radiators to improve the heat dissipation efficiency according to the detection effect of the temperature detector, so as to improve the use efficiency of the refrigerant, and heat dissipation is conducted more effectively. The invention further discloses a data center chamber comprising the data center cabinet heat dissipation system.
本发明公开了一种数据中心机柜散热系统，包括控制器、总进口、用于检测各个散热区域温度的温度检测器以及多个分别分布在各个散热区域以对当前散热区域发热部件进行散热的冷媒散热器，各个冷媒散热器的进口与总进口分别通过流量调节阀连通，控制器根据温度检测器检测的各个散热区域中的温度值大小控制对应流量调节阀开启程度。在该数据中心机柜散热系统，设置了不同散热区域，且各个散热区域分别布置了冷媒散热器，对应设置了流量调节阀，使得控制器可以根据温度检测器的检测效果，精准控制对应的冷媒散热器增大散热效率。以提高冷媒使用效率，且更为有效地进行散热。本发明还公开了一种包括上述数据中心机柜散热系统的数据中心室。
The invention discloses a data center cabinet heat dissipation system, and the system comprises a controller, a main inlet, a temperature detector for detecting the temperature of each heat dissipation area, and a plurality of refrigerant radiators which are respectively distributed in each heat dissipation area so as to dissipate heat of a heating part in the current heat dissipation area; an inlet of each refrigerant radiator is communicated with the main inlet through a flow regulating valve, and the controller controls the opening degree of the corresponding flow regulating valve accordingto the temperature value, detected by the temperature detector, in each radiating area. According to the data center cabinet heat dissipation system, the different heat dissipation areas are arranged, the refrigerant radiators are arranged in the heat dissipation areas respectively, and the flow adjusting valves are correspondingly arranged, so the controller can accurately control the corresponding refrigerant radiators to improve the heat dissipation efficiency according to the detection effect of the temperature detector, so as to improve the use efficiency of the refrigerant, and heat dissipation is conducted more effectively. The invention further discloses a data center chamber comprising the data center cabinet heat dissipation system.
本发明公开了一种数据中心机柜散热系统，包括控制器、总进口、用于检测各个散热区域温度的温度检测器以及多个分别分布在各个散热区域以对当前散热区域发热部件进行散热的冷媒散热器，各个冷媒散热器的进口与总进口分别通过流量调节阀连通，控制器根据温度检测器检测的各个散热区域中的温度值大小控制对应流量调节阀开启程度。在该数据中心机柜散热系统，设置了不同散热区域，且各个散热区域分别布置了冷媒散热器，对应设置了流量调节阀，使得控制器可以根据温度检测器的检测效果，精准控制对应的冷媒散热器增大散热效率。以提高冷媒使用效率，且更为有效地进行散热。本发明还公开了一种包括上述数据中心机柜散热系统的数据中心室。
Data center cabinet heat dissipation system and data center chamber
数据中心机柜散热系统及数据中心室
LI YUBING (author)
2020-11-03
Patent
Electronic Resource
Chinese
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