The air energy heat pump technology has a wide range of application fields. The following are some common application scenarios:
Household heating: In many areas, air energy heat pumps are used as one of the main heating methods to reduce coal-burning pollution in winter and improve air quality. They have the advantages of energy conservation and environmental protection and can meet the heating needs of different house types, providing a comfortable indoor environment for residents.
Distributed centralized heating: In some areas where small and medium-sized coal-fired boilers are gradually phased out, air energy heat pumps have become an effective alternative in the distributed heating market for centralized heating in residential communities, schools, hospitals and other places.
Heating for livestock breeding: It can be used in pig farms, fish ponds, shrimp ponds and other places. It can intelligently control the temperature, save labor and resource costs, and the equipment is relatively stable, helping to reduce the morbidity rate of livestock.
Heating and cooling for households or large buildings: Air energy heat pumps have developed into dual-purpose units with both heating and cooling functions. They can provide cooling in summer and heating in winter. Their cooling performance is better than that of central air conditioners (same type of air-cooled units) and is mostly combined with the terminal system of both radiant coils and fan coils to achieve more comfortable and energy-saving heating and cooling supply.
Constant temperature for agricultural greenhouses: In vegetable greenhouses and fruit cultivation in severe cold areas, air energy heat pumps can solve the problem of low indoor temperature caused by low outdoor temperature and poor greenhouse structure, providing a suitable growth environment for crops, and being more energy-saving and environmentally friendly than traditional coal-burning equipment.
Commercial hot water: It is suitable for hot water supply in hotels, guesthouses, bath centers and other places. The air energy heat pump hot water system can realize intelligent management throughout the year, and there are no high-risk equipment such as pressure vessels, with strong safety performance.
Campus hot water: By introducing the campus hot water BOT project, air energy heat pumps can provide 24-hour central hot water systems for schools, bringing convenience to students and also contributing to the upgrade and expansion of the school's infrastructure and management.
Drying in agriculture, industry and service industry: Heat pump drying has received increasing attention in the fields of energy conservation, agricultural machinery, HVAC, agricultural product processing, environmental protection, etc. For example, in tobacco drying, a large amount of labor costs can be saved. It is also suitable for drying agricultural products, food, Chinese medicinal materials, seafood, etc., as well as constant temperature preservation in industrial fields such as leather, minerals, rubber, textiles, and printing.
Industrial-grade high-temperature applications: In the medium and low-temperature hot water market such as electroplating, air energy heat pumps have become the mainstream choice due to their advantages of energy conservation, environmental protection and safety, and can replace small boilers to solve the problem of air pollution.