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How much Electricity can Air Source Heat Pump Save?

2009-12-10
Latest company news about How much Electricity can Air Source Heat Pump Save?

Recently, many people have been using air source heat pumps as a new energy technology. Are they energy-saving? The following is the energy-saving situation of air source heat pumps.

 

As the Chinese government has stepped up efforts to transform the "coal to electricity" project and reduce the use of coal, many citizens in the north have felt the huge energy-saving advantages of air source heat pumps. The biggest advantage of air source heat pumps is energy saving.

latest company news about How much Electricity can Air Source Heat Pump Save?  0

How energy-saving is air source heat pumps?

"Coal to electricity" users said that when everyone used coal for heating, they had to set aside a room to load coal before each heating season. When heating, they had to add coal and pour coal slag, which made the house smoky. Moreover, in order to save coal, everyone used it sparingly, and the temperature at home was not high, only about 14°C. After installing the air source heat pump, once it is turned on, the indoor temperature can be maintained at 21°C for 24 hours. There is no need to worry about the stove going out, and the house has become cleaner.

 

In addition to the good heating effect, the biggest advantage of household air source heat pump is energy saving, because it mainly absorbs heat from the air to heat, with an energy efficiency ratio of up to 300%. It consumes one KW of electricity to absorb 2~3KW of heat from the air, and the energy saving effect is very good.

 

How many kilowatt-hours of electricity does an air source heat pump need for 24 hours a day?

Taking a 4P inverter air source heat pump as an example, the heating area is about 100 square meters, and the heating power at minus 15℃ is 3.12KW, which is 3.12 kWh per hour, and 31.2 kWh for ten hours. If the set temperature is reached, the inverter heat pump will switch to low-frequency operation. At this time, only 1~2 kWh of electricity may be needed per hour, so the power consumption for 24 hours a day is about 40 to 50 degrees.

products
NEWS DETAILS
How much Electricity can Air Source Heat Pump Save?
2009-12-10
Latest company news about How much Electricity can Air Source Heat Pump Save?

Recently, many people have been using air source heat pumps as a new energy technology. Are they energy-saving? The following is the energy-saving situation of air source heat pumps.

 

As the Chinese government has stepped up efforts to transform the "coal to electricity" project and reduce the use of coal, many citizens in the north have felt the huge energy-saving advantages of air source heat pumps. The biggest advantage of air source heat pumps is energy saving.

latest company news about How much Electricity can Air Source Heat Pump Save?  0

How energy-saving is air source heat pumps?

"Coal to electricity" users said that when everyone used coal for heating, they had to set aside a room to load coal before each heating season. When heating, they had to add coal and pour coal slag, which made the house smoky. Moreover, in order to save coal, everyone used it sparingly, and the temperature at home was not high, only about 14°C. After installing the air source heat pump, once it is turned on, the indoor temperature can be maintained at 21°C for 24 hours. There is no need to worry about the stove going out, and the house has become cleaner.

 

In addition to the good heating effect, the biggest advantage of household air source heat pump is energy saving, because it mainly absorbs heat from the air to heat, with an energy efficiency ratio of up to 300%. It consumes one KW of electricity to absorb 2~3KW of heat from the air, and the energy saving effect is very good.

 

How many kilowatt-hours of electricity does an air source heat pump need for 24 hours a day?

Taking a 4P inverter air source heat pump as an example, the heating area is about 100 square meters, and the heating power at minus 15℃ is 3.12KW, which is 3.12 kWh per hour, and 31.2 kWh for ten hours. If the set temperature is reached, the inverter heat pump will switch to low-frequency operation. At this time, only 1~2 kWh of electricity may be needed per hour, so the power consumption for 24 hours a day is about 40 to 50 degrees.