Course Description

A heat pump is fundamentally different from traditional heating systems because it does not generate heat directly. Instead, it transfers heat from one place to another using mechanical work. This concept may seem counterintuitive at first-especially when extracting heat from cold outdoor air-but even cold air contains thermal energy that can be utilized. What makes heat pumps particularly valuable is their ability to operate in both heating and cooling modes. This dual functionality allows a single system to serve year-round comfort needs. In the context of rising energy costs and environmental concerns, heat pumps offer a more sustainable alternative to fossil fuel-based systems. They are increasingly integrated into energy-efficient buildings and are often paired with renewable energy sources such as solar power. Because of these advantages, heat pumps are now a key technology in the transition toward low-carbon HVAC solutions.

What you'll learn in this course?

• Explain the basic working principle of heat pumps.

• Differentiate between heating and cooling modes of operation.

• Identify key components of a heat pump system.

• Describe different types of heat pumps and their applications.

• Evaluate performance using COP (Coefficient of Performance).

• Understand advantages and limitations of heat pump systems.

• Recognize common applications in residential and commercial HVAC.

• Identify basic installation and maintenance considerations.

• A heat pump is a device that transfers heat from one location to another using mechanical energy.

• It can provide both heating and cooling using the same system.

Prerequisites

• Basic engineering knowledge and familiarity with HVAC systems and engineering units