Why choose an inverter heat pump to heat your pool?

It's frustrating and uncomfortable to swim while the weather is a bit cold. With the weather shifts, temperatures can drop substantially, especially during cloudy days or winter. A significant drop in temperature can render a pool useless.

This is where a pool heat pump comes in; the primary reason people use pool heat pumps is to make swimming enjoyable by heating the pool water to a desirable temperature.

But what type of heat pump should you go for? In this article, we will be discussing why you should choose an inverter heat pump.

 

What is an inverter pool heat pump?

An inverter pool heat pump is a cost-effective and energy-saving technology that provides a way to heat your pool. Inverter pool heat pumps are designed to guarantee your pool’s water maintains the desired temperature.

 

Heat pumps work by a technique of drawing in warm air from the surrounding atmosphere and utilizing it to warm up your pool water. What sets inverter pool heat pumps apart from other models is that they can consistently maintain a warm pool water temperature.

 

The inverter eliminates wasted operations in warm air heat pumps by efficiently controlling the motor. A motor works as an accelerator in a car, influencing the heating speed to manage pool water temperature. The inverter maintains the heat once an appropriate temperature is achieved without using much energy. Conventional pool heat pumps stop and shut down once a specific temperature is reached, and it requires a hard start once the pool temperature drops. This process uses more energy than what is applied in inverter types.

 

Why choose an inverter heat pump to heat your pool?

Compared to on and off conventional heat pumps​, inverter heat pumps regulate and moderate their operation even when operating at full power. Inverter technology allows the fan and compressor to work at variable speeds. This enhances its performance, enabling it to function effectively at a lower energy consumption rate than other models.

 

The inverter adjusts the electrical frequency, enabling the motor speed to be modified and the output power to be altered. This creates a higher COP(Coefficient of Performance), leading to an enhanced performance of the device.