Evaporative cooling mist system for open car parks and surveillance kiosks

Abstract

The invention discloses an evaporation and cooling spraying system applicable to an open parking lot and a monitoring station. The evaporation and cooling spraying system is composed of a high-pressure micro-fog cooling system and an energy-saving evaporation cooling system. The high-pressure micro-fog cooling system is composed of a plurality of high-pressure micro-fog spraying units. The multiple high-pressure micro-fog units are arranged in the positions of a plurality of lifting type parking baffles in the parking lot respectively. The energy-saving evaporation cooling system is arranged in the monitoring station of the parking lot. According to the evaporation and cooling spraying system, the energy-saving evaporation cooling system is used for cooling the monitoring station in the open parking lot, and the high-pressure micro-fog cooling system is used for cooling automobiles parked in the open parking lot; by means of solar power generation and roof rainwater recycling, electricity is provided for the system, and energy consumption can be reduced effectively. By means of the evaporation and cooling spraying system, tire burst accidents of the automobiles on the parking lot are effectively prevented.

Description

technical field [0001] The invention belongs to the technical field of air conditioning systems, and in particular relates to an evaporative cooling spray system suitable for open-air parking lots and monitoring booths. Background technique [0002] With the rapid development of social economy, cars have become an indispensable means of transportation in people's daily travel. In recent years, the number of buses and private cars has increased significantly. In order to facilitate parking, many shopping malls or communities are equipped with special parking lots. The parking lot equipped in some places belongs to the underground parking lot, and the parking lot equipped in some places belongs to the open-air parking lot set on the road. [0003] For open-air parking lots, most of them are not provided with sunshade measures, and car tire blowout accidents often occur in hot summer. In order to prevent car tires from blowing out, the existing method is to simply pour water ...

AI Technical Summary

Problems solved by technology

In order to prevent car tires from blowing out, the existing method is to simply pour water on the ground of the parking lot and reduce the temperature of the road surface in the parking lot to prevent tire blowout accidents, but this way of cooling the road surface will consume a lot of water resources , resulting in waste of water resources

[0004] There are also monitoring booth air-conditioning systems installed in some open-air parking lots. Although the problem of large water consumption in the road surface cooling method has been overcome to a certain extent, the existing monitoring booth air-conditioning systems are mainly based on mechanical refrigeration. It is found in the use of mechanical refrigeration that it has the defects of high energy consumption, low energy utilization rate and the use of refrigerants will destroy the atmospheric ozone layer.

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