Is air energy heating really reliable?

In recent years, with people's pursuit of a comfortable and high-quality life, winter heating methods have emerged in an endless stream, starting from burning wood → burning coal → burning gas → burning electricity, and heating fuels have continued to develop. So far, the two-way supply has been continuously developing, and the "fire" is getting stronger and stronger.

First of all, you need to know how the air energy heat pump is heated. The air energy heat pump should use a small amount of points to enable the heat pump host, and then absorb the low-grade heat energy in the air, and convert it into high-temperature heat energy through the operation of the compressor.

And transfer the absorbed heat to the water in the heating cycle through the heat exchanger. In addition, this process is repeated continuously, absorbing low-temperature heat from the low-temperature environment and converting it into high-temperature heat, and then transferring it to the indoor heating water. The heating water temperature reaches 30℃-60℃ to provide a continuous source of heat for indoor heating until the indoor temperature reaches the set temperature.

The air energy heat pump uses water circulation indoors, and the heat dissipation end can be connected to floor heating, radiator and fan coil.
When the water supply temperature is 35℃-45℃, the indoor heat dissipation tail is floor heating; when the water supply temperature is 40℃-50℃, the indoor heat dissipation tail is fan coil; when the water supply temperature is 55℃, in the above case, the end of indoor heat dissipation is radiator. Generally speaking, air energy fan coil heating is more commonly used for the function of floor heating or radiator heating. Floor heating has better effect due to the heat dissipation tail.

Because the air energy heat pump adopts full frequency conversion technology and jet enthalpy technology, the heat pump unit can automatically judge the load state of the unit according to the ambient temperature and water temperature, and automatically adjust the operation state to achieve energy saving and low temperature resistance.

Unlike general heating equipment, air energy heating equipment is more adaptable to a low temperature environment, and can work normally at ambient temperature, even at -27℃-48℃.

In addition, the air energy heat pump maintains an energy efficiency ratio of 2.0 above 0 at -12℃, that is, consuming 1 kWh of electricity at low temperature can also generate more than 2 times of heat energy.

When the air energy heat source can stably provide heating and water supply, the indoor heating effect will be more stable. Combined with the intelligent control technology and remote control technology of the air energy heat pump, air energy heating has good stability and reliability.
Moreover, electric energy is used throughout the process to achieve water and electricity separation and no exhaust gas emissions. In addition to safety and energy saving, it also shows.