Evaporative cooling and mechanical ventilation coupling integration system

Abstract

The invention discloses an evaporative cooling and mechanical ventilation coupling integration system. The integration system comprises a water spraying system and a collecting / supplying air system. The water spraying system comprises a reservoir, a purification device, a circulating water pump, a plurality of nozzles, and a water tank, wherein the reservoir is used for storing water when a watercurtain is stopped to use, the purification device is used for filtering the water in the reservoir, the circulating water pump is used for conveying the filtered water to the top of a glass curtain wall through a pipe network, the nozzles are used for atomizing water and spraying out the water from the top of the glass curtain wall to form a water curtain, the water tank is used for collecting the water sprayed out of the atomizing nozzles, the water tank is connected with the reservoir, and water circulation is realized. The collecting / supplying air system comprises a fan, a collecting / supplying air hole plate, and an air pipe, wherein the fan is used for conveying the air between the water curtain and the glass curtain wall into the room, the collecting / supplying air hole plate is usedfor uniformly distributing air flow of the air supply or the air collection, and the air pipe is used for introducing the air between the water curtain and the glass curtain wall. According to the integration system, the landscape decoration can be improved, and the direct shooting of the sun on the glass curtain wall can be reduced, so that the temperature of the surface of the curtain wall is reduced, and the refrigeration energy consumption can be reduced.

Description

technical field [0001] The invention relates to the technical field of building energy saving, in particular to an evaporative cooling and mechanical ventilation coupling integrated system integrating landscape and energy saving. Background technique [0002] Glass curtain wall is widely used in modern buildings due to its unique appearance and good lighting effect. At present, reducing building energy consumption is the existing glass curtain wall building, and a large number of public buildings use glass curtain wall as the outer protection structure, causing huge energy consumption problems. For example, in hot summer, the heat transfer coefficient of glass is higher than that of traditional walls. , the transmittance is high, so the indoor temperature is high, and the indoor comfort is reduced. Common cooling measures include ventilation and air conditioning systems, but the use of untreated outdoor air for ventilation has a poor cooling effect, and the use of air condit...

AI Technical Summary

Problems solved by technology

At present, reducing building energy consumption is the existing glass curtain wall building, and a large number of public buildings use glass curtain wall as the outer protection structure, causing huge energy consumption problems. For example, in hot summer, the heat transfer coefficient of glass is higher than that of traditional walls. , the transmittance is high, so the indoor temperature is high, and the indoor comfort is reduced. Common cooling measures include ventilation and air conditioning systems, but the use of untreated outdoor air for ventilation has a poor cooling effect, and the use of air conditioning systems will lead to energy consumption. Increase

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