Air conditioner condensed water and rainwater collecting and utilizing integrated system

Abstract

The invention discloses an air conditioner condensed water and rainwater collecting and utilizing integrated system which comprises a roof rain collecting tank, a rainwater collecting pipe, a condensed water collecting pipe, a rainwater filter device and a water storage tank. The roof rain collecting tank is arranged at the top end of a building. The rainwater filter device is arranged at the bottom end of the building, and the roof rain collecting tank communicates with the rainwater filter device through the rainwater collecting pipe. The rainwater filter device is sequentially provided with a reaction layer, a filter layer and a water purification layer from top to bottom. A condensed water drainage pipe of an air conditioner arranged on the building communicates with the condensed water collecting pipe through a four-way connector. The water purification layer of the rainwater filter device and the lower end of the condensed water collecting pipe communicate with the water storage tank arranged on one side of the building through a drainage pipe. By the adoption of the air conditioner condensed water and rainwater collecting and utilizing integrated system, rainwater and air conditioner condensed water can be collected and stored, corrosion of the air conditioner condensed water to the outer wall of the building can be prevented, and meanwhile, the air conditioner condensed water and rainwater can be recycled for cleaning, greening and irrigation.

Description

technical field [0001] The invention relates to the technical field of rainwater collection, in particular to an integrated system for collecting and utilizing condensed water of an air conditioner and rainwater. Background technique [0002] The southwestern region of my country has abundant precipitation, but the seasonal difference of precipitation is large and the surface water storage is poor, and the surface water leaks into the ground, which leads to the shortage of water resources and significant seasonal drought, especially the large demand for water in cities. Therefore, how to efficiently Collecting and utilizing water resources has become a major problem in solving the shortage of water resources in the southwest karst area. The air conditioners installed in high-density office buildings and residential quarters in the city will produce a large amount of condensed water every day. Generally, the condensed water of the air conditioner is directly discharged to the ...

AI Technical Summary

Problems solved by technology

[0002] Southwest China has abundant precipitation, but the seasonal difference of precipitation is large and the surface water storage is poor, and the surface water leaks into the ground, which leads to the shortage of water resources and significant seasonal drought, especially the large demand for water in cities. Therefore, how to efficiently Collecting and utilizing water resources has become a major problem in solving the shortage of water resources in the southwest karst area

The air conditioners installed in high-density office buildings and residential quarters in the city will produce a large amount of condensed water every day. Generally, the condensed water of the air conditioner is directly discharged to the outer wall of the building, so it will corrode the building. In addition, there is abundant precipitation in the southwestern region. Therefore, it is urgent to provide A rainwater and air-conditioning condensate collection system can effectively collect rainwater in rainy days and condensate water in sunny days, which can be used for general purposes such as cleaning, greening, irrigation, etc., and also overcomes the problems of existing rainwater collection systems to a certain extent. discontinuity

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