High Efficiency and Energy Conservation
A negative pressure ventilation cooling system utilizes the cooperation of the fan and the wet curtain to artificially reconstruct the physical process of water evaporation taking away heat in nature, with electric power consumption being merely one tenth of that of the traditional air conditioners.
Ventilation and Breathability
The cooperative work of the whole system helps the exhaust fan quickly remove the heat, waste gases and odor generated by the persons and machines indoors, thereby avoiding the stimulation of waste gases and odor to the human body. The air in the entire room can be refreshed in as little as one minute, which is the effect that ordinary air conditioners cannot achieve.
Improved Efficiency
The product has solved the problem of workers' attention loss caused by stuffiness and insufficient oxygen result in. Use of cooling pad products to lower the temperature can not only solve the problem of stuffiness in plant buildings but also generate negative ion oxygen and increase the oxygen content in the air in the cooling process through water evaporation, thereby improving work efficiency by adjusting emotions and relieving fatigue.
Healthy and Environmentally Friendly
The system uses water as refrigerant, with no pollution caused to the environment during its production and use. Besides reducing air humidity, the cooling pad can purify the dust and particles carried by outside air. The efficiently circulated fresh air can effectively prevent occupational diseases and the transmission of epidemic diseases.
Strong Applicability
A cooling pad-type factory air conditioning system has wide applicability and can exert significant effects in a variety of places involving dense crowds, large heat sources, possible occurrence of pollution and poor ventilation, like nuclear power plants, thermal power plants, textile mills, garment factories, plastic injection factories, hardware factories, shoe material factories, electronics factories, where corresponding systems can be designed based on difference environments and air speed and volume can be flexibly adjusted based on the actual indoor situation.