Summary
This course provides an overview of the technologies used in cooling and heating applications, presents typical system layouts and configurations. Purpose and features of key system components is discussed. Design considerations for efficiency and reliability are presented.
This intensive two-day course equips engineers with essential knowledge and practical skills for designing effective cooling and heating systems, with a focus on hydronics - the use of water or other fluids to transfer heat in heating and cooling applications.
Participants will gain a solid understanding of engineering fundamentals crucial to hydronic system design, including heat transfer, fluid dynamics, and system efficiency. The course covers a comprehensive range of topics, from core principles of heat transfer and fluid flow to advanced concepts like system Coefficient of Performance (COP) and heat recovery strategies.
Throughout the course, engineers will explore various cooling and heating mediums, including water, air, and glycol, understanding their pros and cons in different hydronic applications. They will delve into typical system layouts, identifying key components and their functions in both heating and cooling scenarios.
The course emphasises the importance of balancing system efficiency with reliability and maintenance considerations, providing a holistic approach to hydronic system design. A significant portion of the course is dedicated to practical exercises, allowing participants to apply their learning to real-world scenarios. These hands-on sessions focus on system layout design and relevant calculations, bridging the gap between theory and practice.
By the end of the course, engineers will have enhanced their ability to design efficient, reliable, and sustainable cooling and heating systems, equipped with both theoretical knowledge and practical skills to tackle complex design challenges.
This concise yet comprehensive course serves as an invaluable resource for engineers looking to specialize in or enhance their expertise in cooling and heating system design, preparing them for the evolving demands of energy-efficient building systems.
Who should attend?
Engineers, Project engineers, Managers working in the design, construction and operation of heating and cooling systems.
How will I benefit?
After the course you will be able to:
- Master core principles of heat transfer and fluid flow
- Evaluate and calculate system Coefficient of Performance (COP)
- Analyse various cooling and heating mediums, including water, air, and glycol
- Understand typical system layouts and identify key components
- Implement heat recovery strategies for improved efficiency
- Balance system efficiency with reliability and maintenance considerations