A heat pump is a form of air conditioner in which the refrigeration cycle can be reversed, allowing it to produce heat instead of cooling in the indoor environment of a home or building. They are usually called a “reverse cycle air conditioner”.
The heat pump is usually more energy-efficient than electric resistance heating. Heat pump systems have now been installed electively as a feature of a central air conditioner, by some home or household owners.
During the heating mode of the heat pump, the evaporator coil indoors switches roles and becomes the condenser coil, thereby producing heat. The condenser unit outdoor also switches roles and becomes the evaporator to discharge air which is colder than the ambient outdoor air.
When this heat pump reduces its working efficiency, it needs a professional technician to get it working as it should again.
Environmental Impacts of Air Conditioning
Refrigerants: Most of the refrigerants used for air conditioning add to global warming, and many also deplete the ozone layer. HCFCs, CFCs, and HFCs are potent greenhouse gases and dangerous when leaked into the atmosphere.
Power consumption: Air conditioning innovation continues in technologies, with recent emphasis being placed on energy-efficiency. The electricity required to operate air conditioners, produces environmental impacts such as the release of greenhouse gases.
AC Repair Service
Air conditioning is meant to keep you comfortable, especially during the winter season, but without good maintenance of your air conditioning system, it can develop faults and stop functioning to its full efficiency.
North Wind AC will give you an outstanding AC Repair Service Briargrove TX, one which you will not get from any other company. We have competent, reliable, and professional technicians that are always available 24/7 to attend to your air conditioning problems in Briargrove, TX.
Schedule a meeting with us today by calling us on (713) 683-9474. We will make sure you get all the services you require. AC repair service Briargrove TX has never been simpler, and completed with more efficiency.