Efficient cooling tower for air conditioner and water distribution method of cooling tower

Abstract

The invention discloses an efficient cooling tower for an air conditioner and a water distribution method of the cooling tower. The efficient cooling tower comprises a tower body, an anemorumbometer, an exhaust funnel, an adjusting part, a controller and a water supply assembly, the anemorumbometer is arranged on the exhaust funnel, the receiving end of the controller is electrically connected with the anemorumbometer, the anemorumbometer monitors wind direction and wind speed information and then sends the information to the controller, the opening degree of the adjusting part in different directions is controlled through the controller so as to be used for cooling the water temperature of flowing water in the water supply assembly, and the air volume and the air direction of crosswind at the actual arrangement position of the cooling tower can be measured in real time through a specific algorithm and a water distribution method, so that the opening degree of the adjusting part on a water supply branch pipe can be adjusted in real time, the water distribution amount of the two sides of a water distribution system is adjusted in real time, heat and mass transfer of a filler area in the cooling tower on the windward side is enhanced, positive influences are generated on efficient and energy-saving operation of a water chilling unit, and the deviation of the gas-water ratio of the two sides of the cooling tower caused by the crosswind influence is changed.

Description

technical field [0001] The invention relates to a high-efficiency air-conditioning cooling tower and a water distribution method thereof. Background technique [0002] The forced draft cross-flow cooling tower is widely used in the cooling of the cooling water of the central air-conditioning system, and its cooling performance directly affects the safe, economical and efficient operation of the chiller. The complex heat and mass transfer between air and water in the cross-flow cooling tower is easily affected by ambient air temperature, humidity, wind speed and wind direction. Ambient side wind can cause uneven distribution of wind speed on the air inlet surface on both sides of the cooling tower, causing the air-water ratio on both sides to deviate from the design value, weakening the heat and mass transfer in the filling area of ​​the cooling tower on the leeward side, and affecting the high-efficiency and energy-saving operation of the chiller. Adverse effects, once the ...

AI Technical Summary

Problems solved by technology

Ambient side wind can cause uneven distribution of wind speed on the air inlet surface on both sides of the cooling tower, causing the air-water ratio on both sides to deviate from the design value, weakening the heat and mass transfer in the filling area of ​​the cooling tower on the leeward side, and affecting the high-efficiency and energy-saving operation of the chiller. Adverse effects, once the wind direction changes, it will be difficult to balance the gas-water two phases, and in the process of water cooling, part of the hot and humid gas will flow out with the air outlet, and will entrain part of the water vapor and fall to the external environment, which will affect the surrounding environment and crowd influence

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