How does an inverter-driven heat pump improve energy efficiency?

An inverter-driven heat pump enhances energy efficiency by modulating the compressor speed based on the heating or cooling demand. This means that instead of operating at a fixed speed and turning off when the desired temperature is reached, the heat pump continuously adjusts the compressor’s speed to match the real-time needs of the space.

As a result, the appliance can operate at lower speeds during mild weather, consuming less power, and ramp up to higher speeds when there’s greater demand. This flexibility leads to significant energy savings compared to traditional systems, which often cycle on and off, causing energy waste and temperature fluctuations. By maintaining a more stable and efficient operation, inverter-driven models can also extend equipment life and enhance comfort in the conditioned space.