Closed Circuit Water Cooling System

Closed circuit water cooling system work process: spray pump from the water tank pumping water, pumped to the upper part of the heat transfer coil, sprayed by the nozzle into an umbrella, continuous and uniform coverage on the outside surface of the pipe, forming a thin film of water, which part of the water to absorb high temperature refrigerant in the pipe heat energy, converted into latent heat of vaporization, evaporation into a gaseous state, closed circuit water cooling system inside the pipe refrigerant cooling cooling or condensation as liquid, not evaporated spray water, fall back to the closed circuit water cooling system of the spray water tank; closed circuit water cooling system of the suction system, the tower top fan for the suction type, the tower from the suction air discharged to the outside. From the tower to discharge the air, the tower outside the cold dry air from the heat exchanger coil and the air inlet grille into the closed circuit water cooling system tower, from the top of the heat exchanger coil downward flow, will have evaporated water vapor away, the air humidity and temperature increase;

At te same time, the closed circuit water cooling At the same time, the side of the closed circuit water cooling system tower is also inhaled cold dry air, through the packing and the drop of the spray water heat exchange, the two parts of the hot and humid air from the closed circuit water cooling system fan finally discharged out of the tower; in the closed circuit water cooling system spray water tank, set up a float valve, the water level is low, the automatic replenishment supply to ensure that the water tank a certain amount of water, the water level is low. Automatically replenish the supply to ensure that the water tank a certain water level.

Solar Power Generation Solar panel temperature increases in the light will reduce the photovoltaic conversion efficiency (every 1 ℃, the efficiency drops about 0.5%). closed circuit water cooling system through the circulation of coolant (such as water or glycol solution) to reduce the temperature of the panel, to enhance the closed circuit water cooling system power generation efficiency and extend the module. cooling system reduces panel temperature by circulating coolant (e.g., water or glycol solution), which improves the power generation efficiency of the closed circuit water cooling system and extends the module life.

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