Foshan Guangteng New Energy Co., Ltd

Reduce operating costs Compared with combustion-based systems, heat pumps have lower operating costs. The higher the energy efficiency of the system, the greater the long-term energy savings. But this friendly environmental investment can help you save up to £1,400 per year. Less maintenance Heat pumps require less maintenance than combustion heating systems. Periodically, once a year, certain details of the system must be checked, which can easily be done by yourself. On the other hand, professional installers must check every three to five years. Better security Heat pumps are safer than combustion-based heating systems. Although gas heating systems can provide faster heat, this type is susceptible to toxic gas leakage, which can lead to fires or explosions. However, when heat pumps operate safely, and because they rely on electricity and do not need to burn fuel to generate heat, they have fewer safety issues compared to similar products. Reduce carbon emissions The heat pump system

The   heat pump   absorbs heat from one place and transfers it to another—just like a refrigerator. Do you know about the   advantages   and  disadvantages   of it? As a  heat pump supplier , I'd like to share it with you. Multi-Functional Air to Water Heat Pump How does the heat pump work? Heat pumps work by pumping or moving heat from one place to another by using a compressor and a circulating structure of liquid or gas refrigerant, through which heat is extracted from outside sources and pumped indoors.  In summer, it will bring heat out of the house, and in winter, it will bring heat into the house-even if it is cold outside. The heat pump is able to transfer heat using the evaporation and condensation process of a substance called a refrigerant circulating between indoor and outdoor units.

EVI DC Inverter Heat Pump Product Description Our EVI DC inverter heat pump  is a solution which uses DC inverter technology to heat, cool and to produce domestic hot water. It does not only satisfy house heating requirements, but also supplies domestic hot water. Besides, it can provide you a cooler environment in a hot summer. You will enjoy a comfortable life at your home all year round with one device. It can operate in minimum outdoor air temperature of -25℃. Leaving water temperature up to 60C for radiator and domestic hot water applications, making hot water readily available DC INVERTER TECHNOLOGY DC inverter technology creates a comfortable and energy-saving experience to heat and cool your home. This system controls compressor motor speed and regulates temperature at the same time to avoid any rapid fluctuations in temperature and energy usage. Compared to previous generation technology, this system has many innovative features that provide more energy efficiency and save you

R32 DC Inverter Heat Pump  for Heating   Cooling and DHW Product Description Dc Inverter Heat Pump Our R32 DC inverter air to water heat pump  is a solution which uses DC inverter technology to heat, cool and to produce domestic hot water. It does not only satisfy house heating requirements, but also supplies domestic hot water. The outlet water temperature is up to 60 °C for radiator and domestic hot water applications, making hot water readily available. Besides, it can provide you a cooler environment in a hot summer. You will enjoy a comfortable life at your home all year round with one device. Dc Inverter Heat Pump Features: Full inverter technology R32 refrigerant MISTISHIBI inverter compressor SWEP plate heat exchanger ERP A+++ For heating, cooling and DHW Smart WiFi control Pre-set selection of the appropriate climate curve Low running noise