AIROSD’s air source heat pump provides reliable heating in Xinjiang’s harsh climate of cold, sandstorms, and temperature swings. Using four technologies—EVI ultra-low-temp heating to −40 °C, AI-driven defrosting, V-type evaporator for sand resistance, and AI smart control—AIROSD ensures stable, efficient heating. Installed in 120 + public buildings, it champions green heating in high-cold areas.

AIROSD's high efficiency heat pump water heater solutions offer sustainable, cost-effective hot water for schools, hotels, and commercial buildings globally.

Choose AIROSD. Choose high-efficiency heat. Choose a cleaner future.

Heat pump floor-heating units extract ambient heat from air, water, or ground, compress it, and release warmth through subfloor exchangers. Achieving COPs of 3–4, they slash campus heating energy and CO₂ by over 30%. Equipped with smart scheduling, they operate reliably down to –25 °C and deliver uniform 35–45 °C warmth. Widely adopted in retrofits, they offer safe, efficient campus heating.

Heat pumps are attracting considerable attention due to their remarkable advantages. A heat pump is an efficient energy conversion device that transfers low-grade thermal energy from the environment into high-temperature heat, working similarly to refrigerators but in reverse for heating. It operates by compressing and expanding refrigerant in a cyclic process. This enables it to transfer a large amount of environmental heat with minimal electricity, providing both heating and cooling, thus being highly energy-efficient. Compared to traditional heating and cooling methods, heat pumps can generate 3 - 4 times more heat energy than the electricity they consume, reducing energy use by up to 50%. They are applicable in various scenarios: heating by extracting heat from the outdoors, cooling by reversing the operation, and heating domestic water with significant energy savings.

Air-source heat pumps use outdoor air to deliver efficient heating, cooling, and water heating. By moving heat rather than generating it, they achieve COPs above 3 and outperform separate furnaces, air conditioners, and electric heaters. Proper sizing, installation, and maintenance ensure peak energy efficiency year-round, cutting utility costs and emissions.