Overview

Hospitals, as special public buildings, have a dense population and a certain degree of mobility. To meet the diverse air conditioning needs of different people, the hospital's central air conditioning system is classified according to different functional areas. The central air conditioning system is divided into the outpatient system, medical and inpatient system, teaching system, administrative office system, and surgical clean function system, among others. While ensuring comfort and cleanliness in different areas, the goal is to achieve energy-efficient design for the central air conditioning system.

Requirements

Hospitals are crowded and have a lot of foot traffic, so they need to have a good ventilation system to avoid cross-infections caused by poor airflow. That’s why when designing and installing a central air conditioning system, hospitals need to carefully consider antibacterial measures and ventilation to reduce air pollution and the risk of patients infecting each other. It’s also important to prevent air from different areas from mixing, which could cause cross-infection. This can be done by isolating airflow between zones, like providing staged air supply for different areas or installing antibacterial and disinfecting devices at ventilation outlets to stop bacteria or viruses from spreading through the air.

Given the special nature of hospital services, the air conditioning system needs to run continuously to some extent and remain stable. At the same time, it should perform efficiently to cut down on energy costs as much as possible. With mature inverter technology and reliable system control experience, MR can ensure system stability, reduce energy consumption, and save on operating costs.

MR Solution Description

In the medical field, such as in areas like ICUs, operating rooms, and delivery rooms, there are strict requirements for parameters such as environmental cleanliness, temperature and humidity, as well as air velocity and pressure. MCTEK has professionally designed and selected the use of purification air conditioning systems, which not only ensures the safety and comfort of the medical environment but also effectively prevents the spread of pathogenic bacteria and the growth of bacteria. The information data center and large medical equipment functional rooms have higher requirements for the stability of the air conditioning system operation, and need to use a central air conditioning system with certain intelligence to avoid equipment damage caused by air conditioning failures and thereby affect the conduct of medical services. The air conditioning systems in the ward areas and administrative office areas are relatively flexible, only providing certain purification effects while meeting the daily heating and cooling requirements.

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