一种有效应对公共卫生安全的空调系统
An effective air conditioning system for public health safety
摘要：
通过对新型冠状病毒传播机理的分析，指出传统空调系统应对疫情的不足，建议提高换气次数、采用直流系统、平疫结合。介绍了多源温湿度解耦智能空调系统的特点，对其应对公共卫生安全的可行性及经济性进行了分析。与常规空调系统相比，可在全新风模式下运行，最大限度地满足室内通风换气和舒适度的要求，降低工作场所人与人之间病毒传播的概率，可有效应对公共卫生安全问题，同时还能降低能耗，节省运行费用。
Abstract：
Based on the analysis of the transmission mechanism of 2019-nCoV, points out the deficiency of traditional air conditioning system in dealing with epidemic situation. Suggests increasing air change rates, using direct all outdoor air conditioning system and combining normal times with epidemic situation. Presents the characteristics of multi-source temperature and humidity decoupling intelligent air conditioning system, and analyses the feasibility and economy of the system dealing with public health safety. Compared with the conventional air conditioning system, it can operate in an all outdoor air mode, meeting the requirements of indoor ventilation and comfort to the maximum extent, reducing the probability of virus transmission between people in the workplace, and effectively dealing with public health and safety problems. At the same time, it can also reduce energy consumption and save operating costs.
Keywords:multi-source temperature and humidity decoupling intelligent air conditioning system, public health safety, all outdoor air, energy saving, virus transmission