The Basics of Air Source Heat Pumps

by Shawn William Creative Writer

Air source heat pumps are heat pumps that use the temperature difference between indoor and outdoor air as its source of heat. Air Source Heat Pumps Suffolk work by extracting heat from indoor air, and then transferring that heat to a space via a ductwork system. They’re one of the most efficient and cost-effective options for heating spaces, especially in colder climates. This blog post will provide you with the basics of air source heat pumps.

What is an Air Source Heat Pump?

An air source heat pump (ASHP) is a type of heat pump that draws heat from outdoor air and transfers it indoors to heat spaces. Air source heat pumps are versatile — they can be installed indoors, outside, and even in garages and greenhouses.

They use a fan to move the air through a series of ducts and tubing. The ducts and tubing allow the heat pump to transfer the warm air indoors, where it can cool down and provide space cooling.

What makes an Air Source Heat Pump Better?

You can install air source heat pumps in locations where other types of heat pumps are not feasible, such as rooftops and in rural areas. Because they extract heat from the air, they are efficient at operating at lower temperatures and don’t require additional insulation. They’re also quiet, which makes them an ideal choice for spaces like bedrooms, where you don’t want to disturb sleepers.

How does an Air Source Heat Pump Work?

An air source heat pump consists of a condenser unit, compressor, fan, air handler, and control system. The condenser unit captures and cools the air. The air is then transferred throughout the system. The compressor is used to push the air through the system, while the fan cools the air. The air handler and control system work together to regulate the system.

The air handler and control system work together to regulate the system. The air handler filters incoming air, while the control system uses that data to regulate the system. Finally, the air handler pushes the heat-cooled air through ductwork and piping, which transfers the heat to the space.