TOP NEW BEST HEATING SYSTEM PROVIDE – UAE -VIESSMANN

Heat pump :-

A heat pump is a device that can provide heat, cooling and hot water to residential, commercial, and industrial areas. Any installation of a heat pump can provide heat and cooling in conjunction. Depending on the material used, the machine is called a heat pump, an air-conditioning unit, or a refrigerator/refrigerator.

The heat pump is part of the heating and cooling system and is installed outside your home. As a fan, we can cool your home, but we can also provide heat resources. In the cooler months, the heat pump absorbs heat from the cold outdoor air and puts it in the house, and in the warmer months, it releases heat into the indoor air to cool your home. Electric power and heat transfer using the refrigerator provide comfort throughout the year.  Heat pumps do not burn fossil fuels like fossil fuels, making them less environmentally friendly.

Air source heat pumps:-

Air source heat pumps are a type of renewable energy technology that takes heat from the outside air (even when it is cold) and uses it to heat the home. You can find other heat pumps doing the same thing using ground and water heating, but air source heat pumps are suitable for a wide range of properties. Because the air (or soil, or water) is heated by the sun, the heat generated by the heat pumps is still considered ‘renewable’, although the pump itself is powered by electricity which may or may not have a renewable source in heat pump.

To types a air source heat pump. Air-to-water systems are very common, heating water and then distributing it at home through radiators or under floor heating systems. They can also be used to heat water in the storage tank in the bathroom or kitchen. Air-to-air systems often use fans to supply warm air to the home and cannot be used to heat water.

How do they work?

Air source heat pumps use the same type of technology that keeps your fridge cold, but back to back. A liquid cooler with a very low boiling point is pumped into a loop between two heat exchangers. This refrigerator absorbs heat from the outside air temperature and converts it into gas as it heats up. This gas is then compressed into a liquid, which further increases its temperature. The cooler then passes through the heating element, which transfers heat to a different body of water to circulate the heating system cycle. In the final stage the liquid refrigerator passes through the expansion valve reducing the pressure and temperature and the cycle repeats.

Coefficient of Performance, or COP, is why heat pumps are a useful technology: if you put 1kWh of energy into the system you will get more than 1kWh of heat energy. Normally a heat pump has a maximum Cop rating of 3 to 4, which means that in 1kWh of electricity you will get 3 to 4 kWh of heat. The actual ratio of ‘internal electricity’ to ‘outside heating’ will change over the course of the year.