Implementation and Experimental Study of Medical Ward Air Conditioning System Control

摘要

This paper focuses on the design, implementation, and micro dusty experimental and analysis of the medical ward air conditioning system control. The original air conditioning cycle design airflow rate must not only be maintained, but also the same amount of supply air and return air. It is mainly directed toward the environmental quality of the air conditioning renovation, including micro dusty, temperature, humidity, indoor differential pressure, and air speed impact experimental analysis. Hospitals need long-term air conditioning operation to maintain cleanliness indoor with temperature and humidity control. As a result, the hospital will have a heavy electricity loading. Therefore, the medical ward must reduce the air conditioning cycle times to reach a comfortable indoor environment with constant temperature and humidity, using an individual air conditioning control and inverter control motor system. This process will add to automatic fan valve maintenance temperature, humidity, micro dusty in ISO 14644-1 standard class 10,000 and indoor air quality improvement. Moreover, this process will reduce air conditioning loading and improve good environmental quality.