How An Inverter Heat Pump Is Better Compared To Non-Inverters

You may already know, heat pumps are significantly more energy-efficient than simple electric heaters. The traditional heat pumps that are in use for many years are non-inverter heat pump. But with the development of recent years, the technology of air source heat pump has also been upgraded greatly, of which DC inverter air source heat pump has gradually become the mainstream choice of businesses and families. So, why is the DC inverter heat pump becoming more and more popular?

This post will help you understand the benefits of the DC inverter heat pump before you start searching for a reputable DC inverter heat pump supplier online.

INVERTER HEAT PUMP TECHNOLOGY EXPLAINED

When running a normal air conditioner, the AC cycles between an on and off state. It turns on for a frame of time and, when the home gets cooled sufficiently, it tuns off. And when the air gradually returns to match the outdoor temperature, the AC turns back on again. This is how heaters and air conditioners have been operating for years. However, the process is not efficient.

For example, imagine driving a car that only switches between 0% acceleration or 100% acceleration, with no in-between. 100% acceleration would certainly get you to the end of the block, but it gets excessive. Instead, you would apply the accelerator gradually, only giving it as much gas as needed.

This is where the need for DC inverter heat pump technology appeared. An inverter-driven compressor will allow your heat pump to operate within the full range between 0 and 100%. It works by analyzing the temperature inside the home and then adjusts its output to maximize comfort and efficiency.

ADVANTAGES OF DC INVERTER HEAT PUMP

1. Stability: During the operation of a non-inverter heat pump, no matter how heavy the load is, the unit can only operate at a single frequency. The unit will stop working when the temperature reaches the set temperature. It will not restart until the temperature drops to the range. Such frequent shutdown and restart consumes electricity and affects the life of the compressor. DC inverter heat pump will automatically adjust the compressor’s speed according to the change of ambient temperature. Even if it reaches the set temperature, the unit will not stop working and maintain operation with low energy consumption. So, in terms of energy consumption and service life, the DV inverter heat pump is better than the traditional heat pump.

 

2. Faster Heating/Cooling: The DC inverter heat pump can heat and cool your room faster than a non-inverter counterpart. This is because an inverter heat pump operates on a variable speed compressor than a fixed one. This procedure ensures rapid air conditioning effects allowing the run compressor to run at full power when required while constantly regulating the temperature as per end user’s want.

 

3. Energy Efficient: The inverter heat pump is considered as a perfect solution when it comes to economical operation and energy-efficiency. The cooling and heating unit automates in a seamless and energy-efficient manner whereas the conventional units use to consume a tremendous amount of electricity irrespective of the required usage.

 

4. Extended Life: The hardware and technology employed in DC inverter not only make the heating and cooling effect more efficient but also makes the unit last longer. The inverter heat pump uses less power, HENCE, as a result, they work less, and are less susceptible to wear and tear.

 

5. Eco-Friendly: The DC inverter heat pump is much friendlier to the environment owing to their sudden fluctuation detection capabilities and auto adjustments made to the compressor speed. This innovative yet highly sophisticated mechanism, providing benefits to the environment.

Are you looking for more information on the inverter-driven heat pump compressor? Contact Arctic Heat Pumps today to speak with one of our technicians.  For more information visit website now.