Radiant air conditioning system for heating equipment

Abstract

The invention provides a radiant air conditioning system for heating equipment, comprising a compressor, a condenser, an expansion valve and at least one radiant panel evaporator which are connected by a connecting pipe to form a circulating refrigerant circuit. Each radiant panel evaporator includes a refrigerant pipe and a radiant panel exchanging heat with the refrigerant pipe. The radiant air conditioner further comprises at least one heat transfer plate which is used for carrying out radiant heat transfer together with heating equipment and transmitting absorbed heat to the radiant panels. The heat transfer effect between the radiant panels and the heating equipment is improved. The radiant air conditioning system is especially suitable for cooling multiple pieces of densely-distributed heating equipment.

Description

technical field [0001] The present invention relates to a radiant air-conditioning system with plate evaporator cooling, which is mainly used for cooling electronic heating equipment. It can be used to cool down various heating devices such as servers and base stations, and is especially suitable for cooling multiple densely distributed heating devices. Background technique [0002] Chinese patent CN200810029359.6 discloses an air conditioner with a radiant heat exchange ceiling, including a heat pump system and a water circulation system, wherein the water circulation system includes a water circulation pump, an air heat exchange device, a water heat exchange device and multiple radiant heat exchange ceilings Circuit, heat exchange with the outside air through the air heat exchange device, and heat exchange with the heat pump system through the water heat exchange device; the radiant heat exchange ceiling includes a metal ceiling, a heat exchange coil connected to the water...

AI Technical Summary

Problems solved by technology

The disadvantage of this technical solution is that the radiation heat transfer area between the base station equipment and the radiation plate is relatively limited, resulting in poor radiation heat transfer effect between the two, and the base station equipment will still emit a large amount of heat to the surrounding air. The heating effect is poor and the speed is slow, and the air conditioner needs more energy consumption to make the temperature of the base station equipment meet the requirements

When multiple base stations are installed in the computer room, especially when multiple base stations are densely distributed, the base stations will block each other on the radiation heat transfer path between them and the radiant plate, resulting in this disadvantage is particularly obvious

Images