The core of the Heat recovery treatment unit (which can be produced according to customer requirements) is to efficiently recover the heat or cold in the exhaust air while processing the air (cooling, heating, purification, etc.), significantly reducing the energy consumption of the air conditioning system and achieving the dual goals of energy conservation and air treatment.

1. Remarkable energy-saving effect and reduced operating costs: By recovering the coldness (in summer) or heat (in winter) of the indoor exhaust air through the heat exchange core and pre-treating the introduced outdoor fresh air, the cooling and heating loads of the air conditioning main unit can be reduced, which can lower the system energy consumption by 20% to 40%. Long-term use can significantly save electricity bills.

2. Enhance indoor comfort and stabilize environmental parameters: The recovered energy can balance the temperature of fresh air, avoiding sharp fluctuations in indoor temperature caused by the introduction of high-temperature fresh air in summer and low-temperature fresh air in winter. At the same time, combined with humidification/dehumidification functions, it can stably control indoor temperature and humidity, improving the comfort of living or working.

3. Improve air quality while meeting health needs: While recovering heat, it usually integrates air filtration functions (such as primary and medium-efficiency filters, and some include high-efficiency filters), which can filter PM2.5, dust, pollen and other pollutants in outdoor fresh air, ensuring the cleanliness of the air introduced into the room and reducing respiratory health risks.

4. Wide application scenarios and strong adaptability: It can be customized with functions (such as combined cooling, heating, humidification, dehumidification, and purification modules) according to different needs (such as commercial buildings, residences, and industrial workshops). Whether it is the central fresh air system of large shopping malls, office buildings, or high-end residences, it can be flexibly adapted.

5. Reduce environmental impact and align with green concepts: By lowering energy consumption, it indirectly reduces carbon emissions caused by energy consumption, meeting the requirements of low-carbon environmental protection and green buildings. It is particularly suitable for projects with high energy-saving standards