基于空调智慧集控的绿色低碳医院建设研究与应用OA

The summer in Southern China is long with high humidity,where the energy consumption of hospital air con-ditioning systems accounts for approximately 50％of total energy usage.Implementing smart centralized control for air condition-ing systems is a crucial step in reducing hospital energy consumption.Considering the characteristics of hospital functional zones,this paper introduces the application of smart centralized control for multi-split air conditioning systems and central air condition-ing terminal window magnetic technology in different scenarios,and analyzes their economic viability.The results show that smart centralized control for multi-split systems,based on environmental temperature and time for time-sharing control and temperature regulation,enhances the hospital's energy management precision,with a dynamic investment payback period of approximately 4.33 years.Central air conditioning terminal window magnetic technology enables automated management of air conditioning ter-minals in inpatient areas when windows are open,with a dynamic investment payback period of 4.37 years.The study provides a technical reference for advancing the construction of green and low-carbon hospitals.