Energy Recovery

In workshops such as those for electronics manufacturing, precision machining, and pharmaceutical production, the ambient temperature and humidity must be kept stable to ensure product quality and process consistency.

In data centers and high-performance computer rooms, it is critical to efficiently remove the large amounts of waste heat generated by servers to ensure the stable operation of equipment.

Hospitals, laboratories, and pharmaceutical production workshops have extremely high requirements for air temperature, humidity, and cleanliness, necessitating a constant, sterile environment.

In cold chain warehouses for food, pharmaceuticals, agricultural products, etc., maintaining a constant indoor temperature is essential to prevent product damage due to temperature fluctuations.

Large commercial complexes and office buildings typically use centralized air conditioning systems that must ensure high comfort levels while operating with high energy efficiency.

Automotive manufacturing plants and assembly lines require strict control of environmental temperature, humidity, and cleanliness to ensure assembly precision and employee comfort.

In industrial parks, multiple buildings or factories share centralized air conditioning systems that require high-efficiency central cooling and flexible distribution schemes.

In high-temperature industrial environments (such as metallurgy, glass, and ceramics production workshops), aside from the main process needs, localized auxiliary air conditioning is required to reduce the high ambient temperature affecting equipment and personnel.

In industrial ventilation systems, heat recovery technology not only reduces the energy consumption of the air conditioning system but also preheats or precools incoming fresh air, improving indoor air quality.

In chemical plants and pharmaceutical workshops—where the environment's temperature, humidity, and cleanliness must be rigorously controlled—a specialized air conditioning system is required to ensure the safety of chemical media and the stability of production processes.