Air Heat Pump: Making Your Home More Efficient with an Air Heat Pump

Air heat pump Effectiveness

Luftvärmepump ( Air heat pump ) are 3 to 4 occasions more potent than typical furnaces and air conditioning units. It is because Luftvärmepump ( Air heat pump ) usually do not Air heat pump(Luftvärmepump) make heating, they move heat.

The efficiency of a Luftvärmepump ( Air heat pump ) is analyzed by its coefficient of functionality (COP). The COP will be the proportion of your heating production of the Luftvärmepump ( Air heat pump ) to the vitality feedback in the Luftvärmepump ( Air heat pump ). By way of example, in the event the COP of any Luftvärmepump ( Air heat pump ) is 3., the Luftvärmepump ( Air heat pump ) creates 3 products of warmth for each 1 unit of energy it utilizes.

The COP of the air heat pump is determined by the temp distinction between the air heat pump and also the surroundings. The COP decreases because the temperatures difference increases. For instance, the COP of an air heat pump is 3. if the temp distinction is 60°F (15°C). The COP of the identical air heat pump is 2. as soon as the temperatures difference is 30°F (-1°C).

The productivity of air temperature pumps also is dependent upon the kind of air heat pump. The two main kinds of air flow warmth pumping systems: air-resource and floor-source.

Oxygen-supply air heat pumps are the most frequent form of air heat pump. They are cheaper than terrain-provider oxygen heat pumping systems and are easier to put in. Air flow-provider oxygen heating pumps are much less successful than ground-provider atmosphere temperature pumps. Simply because the heat of your air flow can vary more than the heat in the soil.

Terrain-provider air flow warmth pumping systems can be more expensive than oxygen-provider air temperature pumps and they are more difficult to setup. Ground-supply atmosphere warmth pumping systems) tend to be more effective than air flow-supply atmosphere temperature pumps. It is because the temperatures from the floor is more secure than the temperature from the air flow.