Air heat pump Performance
Luftvärmepump ( Air heat pump ) are 3 to 4 times more efficient than typical furnaces and air conditioning units. It is because Luftvärmepump ( Air heat pump ) will not Air heat pump(Luftvärmepump) make heating, they shift temperature.
The effectiveness of a Luftvärmepump ( Air heat pump ) is assessed by its coefficient of performance (COP). The COP is definitely the rate of your warmth output of the Luftvärmepump ( Air heat pump ) towards the electricity input of the Luftvärmepump ( Air heat pump ). For instance, if the COP of any Luftvärmepump ( Air heat pump ) is 3., the Luftvärmepump ( Air heat pump ) creates 3 units of warmth for every 1 model of vitality it employs.
The COP of any air heat pump is dependent upon the temp difference between the air heat pump along with the environment. The COP diminishes because the temperatures variation boosts. For instance, the COP of your air heat pump is 3. once the temperatures distinction is 60°F (15°C). The COP the exact same air heat pump is 2. once the temp variation is 30°F (-1°C).
The efficiency of air heat pumps also depends upon the particular air heat pump. There are two varieties of oxygen heat pumps: atmosphere-resource and terrain-provider.
Air flow-source air flow heating pumps are the most frequent form of air heat pump. They are cheaper than floor-provider air flow temperature pumps and are simpler to install. Atmosphere-source atmosphere heat pumping systems are significantly less efficient than soil-provider air temperature pumps. This is because the temperatures in the air differs over the temperatures of your ground.
Soil-resource oxygen temperature pumps are more expensive than oxygen-provider air flow heat pumping systems and so are tougher to setup. Soil-resource air flow heat pumps) are more efficient than atmosphere-source air heating pumps. Simply because the temperature from the ground is far more dependable compared to temp in the atmosphere.