Artificial environment control system with ultra-micro unmanned aerial vehicle and operation method of artificial environment control system

Abstract

The invention discloses an artificial environment control system with an ultra-micro unmanned aerial vehicle and an operation method of the artificial environment control system. The system comprisesa temperature and humidity sensor, an ultra-micro unmanned aerial vehicle, the unmanned aerial vehicle lifting platform, an intelligent control center, a remote jet nozzle, an air supply outlet, a radiant heating and cooling system, an active cold beam, a moisture absorption device, an air purifier, an all-air system, a fan coil system and a fresh air system; a temperature sensor, a humidity sensor, an infrared radiation temperature sensor, a wind speed sensor and an air quality sensor are arranged on the ultra-micro unmanned aerial vehicle; and the system further discloses an operation methodof the artificial environment control system with the ultra-micro unmanned aerial vehicle. The multi-parameter movable type measuring technology and comprehensive air conditioner tail end equipment are adopted, the indoor environment can be accurately controlled, the human body heat comfort degree of indoor personnel is remarkably improved, the heat preservation fault diagnosis of the air conditioning system, the air supply system and the enclosure structure can be carried out.

Description

technical field [0001] The invention relates to an artificial environment control system with an ultra-miniature unmanned aerial vehicle and an operating method thereof. Background technique [0002] Delay and unsteady-state characteristics of air-conditioning load: In air-conditioning technology, the cooling or heat provided to the room in order to maintain a certain temperature and humidity conditions in the room is called the cooling load or heat load of the air-conditioning system. The cooling load includes Sensible heat load and latent heat load. The indoor thermal environment refers to the environmental factors that affect the human body's thermal sensation. These factors mainly include indoor air temperature, air humidity, air velocity, and radiation heat transfer between the human body and the surrounding environment. Appropriate indoor thermal environment refers to the indoor air temperature, humidity, airflow velocity and ambient heat radiation are appropriate, s...

AI Technical Summary

Problems solved by technology

However, due to the unsteady heating of people gathering, it takes a while to affect the air temperature of the entire room. The thermostat of the air-conditioning system installed on the side wall cannot measure the changes in the air temperature around the human body in time, nor can it measure the occurrence of the human body's hot and dry feeling. Therefore, it is impossible to control the air supply equipment at the end of the air conditioner to respond in time

That is to say, it is impossible to increase the cooling capacity in time in summer and reduce the heat supply in time in winter to reduce the body temperature in the crowd and improve the thermal comfort of the human body. affect comfort

Due to the existence of this situation, the air-conditioning system of high-investment and high-standard office buildings often cannot effectively make users feel comfortable when they need it most.

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