The difference between ultra-low temperature air energy heat pump and ordinary heat pump

1. Different Energy Efficiency Ratios

Ultra-low-temperature air-source heat pumps require a higher outlet water temperature than conventional heat pumps. The higher the outlet water temperature, the more heat the heat pump unit requires, but the thermal efficiency decreases. Ultra-low-temperature air-source heat pumps are designed with thermal efficiency in mind. Therefore, a refrigerant with high thermal efficiency is essential to maximize the heat pump's efficiency. If ultra-low-temperature air-source heat pump technology is applied to ordinary domestic hot water needs, the thermal efficiency becomes very high, a must-achieve standard and a significant benefit for consumers. A more energy-efficient product means better value for less money.

2. Ultra-low-temperature air-source heat pumps have a higher outlet water temperature

Conventional heat pumps can only maintain an outlet water temperature of 60°C. Exceeding this temperature range significantly shortens the lifespan of the equipment and increases the failure rate during operation, impacting normal production and daily life. Ultra-low-temperature air-source heat pumps maintain high thermal efficiency and stability within an outlet water temperature of 85°C. Ultra-low-temperature air-source heat pumps are more energy-efficient than conventional heat pumps when the outlet water temperature is within 60°C.

3. Ultra-low-temperature air-source heat pump systems operate more stably.

Conventional heat pumps use raw materials designed for standard operating conditions. When the outlet water temperature requirement is relatively high, the system failure rate increases significantly. Ultra-low-temperature air-source heat pumps utilize materials that are specifically designed to ensure ultra-low-temperature air-source heat pump operation and meet high-pressure requirements.

4. Ultra-low-temperature air-source heat pumps have a wider range of applications.

Beyond the normal-temperature domestic hot water application where conventional heat pumps operate, they are also particularly effective in industrial heating applications. They have a broad market application in preheating and waste heat recovery for industrial steam boilers, building heating, high-temperature food drying, and other industrial product drying applications. High-temperature heat pumps are increasingly favored by large and medium-sized manufacturers for drying and baking applications.