Air-energy heat pump is a system that can transfer the heat energy in the air to indoor heating. What are the advantages compared with traditional heating methods such as electricity, gas and fuel oil? Does air energy heat pump heating really save money? Today, Kcalin New Energy will give you a detailed analysis.

Energy saving: The operating principle of the air energy heat pump is to transfer the heat energy in the air to the room, rather than directly consume energy in such ways as electricity, gas and fuel oil, so it can achieve high energy efficiency and save energy costs.

Environmental protection: The air energy heat pump does not need to burn fuel during its operation, and will not produce pollutants such as exhaust gas and waste water, which is more environmentally friendly.

Safety: The air energy heat pump does not need to burn fuel, so there is no fire, explosion and other safety risks.

Comfortable: The air energy heat pump can realize automatic adjustment of indoor temperature, with stable temperature, simple operation and convenient use.

However, it should be noted that the performance of traditional air-energy heat pump is greatly affected by the ambient temperature. When the ambient temperature is too low, the effect of air-energy heat pump will be greatly reduced, and more energy will be consumed to defrost, resulting in higher heating costs. In addition, the installation and maintenance costs of air energy heat pump are also higher than those of traditional heating methods.

The STS series air source heat pump independently developed and produced by Kcalin Heat Pump Technology Co., Ltd. is a "STS" continuous heating technology, which uses the technical principle of time-space division system to solve the technical problem of "frosting and defrosting" in the industry, and realizes the continuous heating of air source heat pump under harsh conditions such as frost area and low temperature. The experiment shows that the heat consumption of defrosting can be saved by more than 25% when the series of units work in the frost area.

Therefore, whether it can save money or not requires comprehensive consideration of the use environment, energy prices, equipment maintenance and other factors to make corresponding economic analysis and comparison.