Houses like villas, which have large spaces, many rooms, and relatively large demand for cooling and heating, have higher requirements for the energy saving, flexibility and convenience of household appliances. When choosing air conditioners, many villa users have begun to focus on air energy inverter air conditioners with strong performance, energy saving and operational stability.
In the past, many villa families still chose to install air conditioners to heat and cool, but the air conditioners were always worried about the power consumption, and they did not dare to keep it on, as long as the room was slightly warmer, they quickly turned it off, which was far from meeting the heating demand. This is because the main function of the air conditioner is refrigeration, heating is only an auxiliary function, and a lot of electricity is consumed, but the temperature just can't go up. Moreover, the heating efficiency of the air conditioner decreases with the decrease of temperature, especially in winter, the air conditioner host hanging outside the wall often frosts or even freezes, which causes the air conditioner to not heat at all.
The air energy inverter air conditioner can not only heat at low temperature without attenuation, but also be more energy-saving. The air energy heat pump can absorb the low-temperature heat energy in the outdoor air by consuming a small amount of electrical energy, compressing it into high-temperature heat energy through the compressor, and then heating the room.
In fact, in a low-temperature environment, the heating efficiency of air energy heat pumps will be attenuated like ordinary air conditioners. However, in order to solve this problem, the air energy inverter heat pump adopts a technology that can make the air energy heat pump at low temperature without attenuation - jet enthalpy increase technology, "jet enthalpy" technology can reduce the compression ratio of each stage compressor through 2 or multi-stage compression or cascade, so as to improve the internal volume ratio efficiency of each stage, reduce the exhaust temperature, and effectively improve the heating performance at low temperature.
Many manufacturers in the industry are working hard to break through the bottleneck of cryogenic technology. The special compressor for Hitachi heat pump of Panasonic, an internationally renowned brand, guarantees the battery life of air energy equipment, and increases the enthalpy of ultra-low temperature jet, which is powerful and durable. In villas, which have a large demand for heating and cooling, they can also run steadily.
In addition, the air energy inverter air conditioner is on top of the ordinary air energy heat pump equipment, and then adopts the "inverter" technology to make the equipment run under a wide voltage, which can achieve "on-demand output" according to the indoor environment and temperature, reducing unnecessary power loss, and saving more than 30% energy compared with ordinary air source heat pumps.