Why is air-energy heat pump heating easily accepted by users?

Air-energy heat pump is developed from single-water system central air conditioning, also known as single-water system central air conditioning. "Water ecological central air conditioning", the most outstanding performance is comfort, which meets the needs of most users at present. By connecting the fan coil and the floor heating coil, a more comfortable cooling and heating effect is achieved based on ordinary air conditioning. With the increase in users, the two supplies of air-energy heat pumps have promoted the new development of comfortable family life. So, what does the air-energy heat pump rely on to capture the hearts of home decoration customers?

Cooling comfort and safety
The difference between air-energy heat pumps and ordinary air conditioners is that the indoor flowing refrigerant is different. Generally speaking, the outdoor unit of the air conditioner uses Freon as the transmission medium, and the air-energy heat pump transfers the heat to the water after coming out of the outdoor unit, transmits the cold to the fan coil through the water cycle, and then releases the cold. Although the refrigerants used in the two are different, the cooling effect is the same. However, there is a big difference in comfort. The air-energy heat pump can cool the circulating water to 0℃-10℃, and then transport it to the fan coil unit for heat exchange with the indoor environment. The air-conditioning outlet temperature is 15℃-20℃, which is smaller than the indoor temperature. The air outlet is gentler and there is no strong cold feeling. Ordinary air conditioners use Freon heat exchange, and the air-conditioning outlet temperature is between 7℃-12℃. When blowing in the room at 20℃-35℃, although the cooling effect can be achieved quickly, the temperature difference is too large, which brings low comfort and is prone to "air-conditioning disease".

Although the air-energy heat pump was developed from water-based air conditioning systems, modern air-energy heat pump equipment has seen significant technological improvements. More frequency conversion and jet enthalpy technologies have been integrated, which reduce long-term maintenance costs and greatly enhance installation efficiency. The home installation abandons the steel pipe connection technology (PPR pipe connection technology will eventually be eliminated), chooses a safer and more stable installation process, and uses a safer and more stable installation process, PE-X pipe as the pipe. Through the sliding connection process, the risk of water seepage is reduced and the service life of the material is increased. In addition, there is no joint between the hydraulic balancer installed indoors and each fan coil. Both the hydraulic balancer and the fan coil are equipped with a water tray, which does not reduce the water flow and improves safety.

Heating is comfortable and flexible
Air energy heat pump heating can not only be achieved through fan coils, but also connected to floor heating and radiators as heat dissipation ends. In the air energy heat pump host, the heat pump host converts the low-temperature heat energy absorbed in the air into high-temperature heat energy, and then transfers the high-temperature heat energy to the water in the heat exchanger, and transfers the heat energy to the room through the water pump cycle for heat dissipation.

Can make 35℃-60℃ hot water, meet the requirements of 35℃-40℃ floor heating water supply, and can also meet the requirements of 40℃-45℃ fan coil water supply. Of course, the heating time required for using 50℃-60℃ water supply radiators is a little longer than that of traditional high-temperature water supply radiators. It is best to choose floor heating for comfort, and fan coils can be used for effective speed, which is also in line with short-term heating.

Heating is more energy-efficient
There are many ways to heat in winter. Air conditioning and heating are suitable for places with high ambient temperatures in winter. Low temperature environment reduces the heating capacity of air conditioning, increases electricity consumption, and even shuts down; electric radiators and electric floor heating are suitable for places with very small areas and abundant electricity resources. Large-scale use of electric heating must lead to excessive electricity consumption, short service life of electric heating, and rapid decline in thermal efficiency; gas wall-mounted boiler heating is suitable for gas and electrified areas, which can bring relatively stable heating effects, but the premise is that natural gas needs to be connected, there are environmental pollution problems, and low gas wall-mounted boilers still have safety risks; using air energy heat pump heating, it can be used as minus 25℃ in the above areas, and deal with most areas with low ambient temperature in winter. It drives the compressor to exchange heat from the air through low power, obtains free heat energy in the air, consumes very little power, and does not produce harmful gases when using electricity.

Through frequency conversion technology and jet enthalpy increase technology, the energy efficiency ratio of air energy heat pump is higher than 3.0. Consuming 1 kWh of electricity can convert more than 3 times the heat energy, which saves more than 75% of energy than air conditioners and electric heaters that directly convert electric energy to heat, and saves 30%-50% of energy than gas wall-mounted boilers. It can be seen that among the commonly used heating methods, the energy-saving performance of air-energy heat pumps is very high.

The air-energy heat pump has the characteristics of comfortable and safe cooling, comfortable and flexible heating, and more energy-saving heating, which has attracted the hearts of many home users. Of course, the performance of air-energy heat pumps is not only that, but also stable, environmentally friendly, multifunctional, long service life, and wide range of applications. With the widespread promotion and use of air-energy heat pump heating equipment, heating projects pay more attention to environmental protection and energy saving, and more and more customers will use air-energy heat pumps for heating. The "coal-to-electricity" of air-energy heat pumps continues to deepen, and people will know more deeply and will be favored by more people.