Why are heat pumps more efficient than traditional heating equipment?

Exceptional energy efficiency: Heat pumps have producing up to three times the amount of heat for the amount of power consumed, excelling conventional heating systems.


Electricity Utilization: Heat pumps use electricity to convey hot or cold air, making them more efficient for cooling and heating than traditional techniques.


Lower Operating Costs: compared to electrical heaters, which can cost approximately 2.5 times as much, heat pumps provide cost-effective heating, helping to lower operating expenses.


Environmental Benefits: Heat pumps are free of fossil fuels, which contributes to environmental sustainability and makes them a greener alternative to conventional heating systems.

Why choose a heat pump?

1、Energy saving and high efficiency

2、Low Operating Cost


3、 Safe and Eco-friendly


4、Exceptional Comfort


5、Broad Application Prospects


6、Long Lifespan



7、Easy Installation and Maintenance

What is a ground source heat pump?

Ground source heat pumps utilize a heat collection coil arranged at a depth of approximately one meter below the surface to harness. The solar energy absorbed by the ground. The coil then circles back at a distance of about 1.5 meters underground.

This is the optimal system for larger land areas, and the required area is dependent on the need for pump capacity and the thermal conductivity of the soil in that specific site.

Benefits of ground source heat pumps

1、No need for drilling
2、Lower installation costs
3、Underground coils maintain a constant temperature throughout the year
4、Passive cooling allowable
What is a water source heat pump?

Lake water source

Lake water heat pumps use collection coils set on the lake bed to capture solar energy stored in the lake water. The flexible tubes are laid out on the bottom of the lake or waterway and secured with weights. They collect energy in a way similar to that of a ground source heat system.

Benefits of lake water source heat pumps

1、No need for drilling
2、Minimal impact on the site
3、Coils at the bottom of the lake maintain a constant temperature throughout the year
4、Allow Passive cooling

Groundwater source

Groundwater heat pumps collect energy from groundwater. The groundwater is pumped through a borehole into a heat exchanger, where energy is extracted. The water is subsequently dumped into the ground via another borehole.

Benefits of a groundwater heat pumps

1、No need for large areas of land
2、Minimal impact on the site

What is an air source heat pump?

An air-source heat pump easily absorbs energy from the surrounding air via an outside air pump without any requirement for digging or drilling, as well as large land area. In order to optimize efficiency, some systems can place the heat pump's external air unit up to 30 meters from the building's exterior wall as long as it is still connected to the indoor heat pump.

Benefits of air source heat pumps

1、Low upfront costs
2、No impact on land
3、No need for large areas of land
4、No heat loss: The heat pump is situated indoors, while only the air compressor is arranged outdoors

What is COP of heat pumps?

The COP (Coefficient of Performance) of heat pumps can be defined as the ratio of heat energy output to electrical energy input.

How to maximize the COP of an air source heat pump?

While the COP is determined by the manufacturer and kind of air source heat pump, various factors can help heat pumps achieve their highest achievable COP. For improved thermal efficiency, insulate your home. By keeping heat inside your home for as long as possible, insulation helps you use less energy and less heat pumps to keep your desired internal temperature.

Put an electronic thermometer to use. Another way to raise the COP of air source heat pumps is using programmable thermostats. In order to reduce the amount of energy that heat pumps must consume to fulfill high user demands—such as when you are asleep or absent from home—thermostats can be used to set heating intervals and temperatures.

Regularly maintain your heat pump. It is critical to have your air source heat pump serviced by a trained professional at least once every year. It will work as efficiently as possible and use less energy if this is done.

More efficient heating system; Indoor heating settings are equally significant as heat pumps when it comes to efficiency and coefficient of performance (COP). Because the ASHP system operates at a lower heating temperature than other heating systems, interior heating equipment is critical for efficiently releasing heat. For air-to-water heat pumps, the use of equipment with wide surface area (such as floor heating).

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