The course builds on the knowledge from Kylprocessen (The Refrigeration Process) and takes you deeper into more advanced refrigeration and heat pump systems. You gain insight into how the secondary sides of an indirect refrigeration and heat pump system are built, how they interact and affect the refrigeration process, and you learn about different heat transfer fluids, energy storage, energy saving and energy efficiency. The course also covers natural refrigerants, noise and vibration in depth, and how a heating curve works and is optimised.
In the course Refrigeration and Heat Pump Technology, students build on their knowledge from the earlier course Kylprocessen (The Refrigeration Process) to deepen and further develop their knowledge of various more advanced refrigeration and heat pump systems, to prepare further for the professional role. Students gain in-depth insight into how the secondary sides of an indirect refrigeration and heat pump system in an installation are built, how they interact with each other and how they affect the refrigeration process. The course introduces different heat transfer fluids and gives insight into energy storage, energy saving and energy efficiency in a refrigeration and heat pump system. The course also includes in-depth study of natural refrigerants, which are becoming much more common in the industry. Students will gain an understanding of how noise and vibration arise, how they are measured and how they can be minimised and, when needed, reduced. The course also explains how a heating curve works, how it is set and how it is optimised.
In the course Refrigeration and Heat Pump Technology, students build on their knowledge from the earlier course Kylprocessen (The Refrigeration Process) to deepen and further develop their knowledge of various more advanced refrigeration and heat pump systems, to prepare further for the professional role. Students gain in-depth insight into how the secondary sides of an indirect refrigeration and heat pump system in an installation are built, how they interact with each other and how they affect the refrigeration process. The course introduces different heat transfer fluids and gives insight into energy storage, energy saving and energy efficiency in a refrigeration and heat pump system. The course also includes in-depth study of natural refrigerants, which are becoming much more common in the industry. Students will gain an understanding of how noise and vibration arise, how they are measured and how they can be minimised and, when needed, reduced. The course also explains how a heating curve works, how it is set and how it is optimised.
Structure and function of the secondary sides in indirect systems.
Different types of heat transfer fluids and their properties.
Energy storage, energy saving and energy efficiency.
In-depth study of natural refrigerants, which are growing in the industry.
How noise and vibration arise, and how they are measured and minimised.
How heating curves work, are set and are optimised.
Students on TUC's YH programme in refrigeration and heat pump technology who already have basic knowledge from the course Kylprocessen (The Refrigeration Process).
When you complete the course, TUC Yrkeshögskola issues your certificate. Your name, the course content and the issue date are encrypted and secured on blockchain, so it cannot be changed, and anyone can check that it is genuine.
Sample Credential with placeholder data. Each credential is issued with the recipient’s details and is verifiable with the provider.