• Introduction to solar thermal technology and applications: The energy debate focuses mainly on electrical power generation, although 50% of global energy demand is heat. Solar thermal, already very widely used, could make a huge contribution to our future clean energy mix.
• Analysis of solar resource and site selection
• Functionality of solar thermal collectors, storage tanks and other system components
• Solar thermal system types (thermosiphon and forced circulation)
• System configurations (open/closed, direct/indirect)
• Basic system design (collector and store sizing) and system simulation using T*Sol
• Sizing of main system components (piping, pump, expansion vessel, pressure relief valve, heat exchanger).
• Practical installation, commissioning, operation and maintenance aspects; common faults and how to identify and remedy these
• Controller operation
• Project management and system economics
After the seminar participants will be able to:
• Explain how solar thermal technology has the potential to meet many of our energy demands
• Describe different solar thermal components and system types, and their pros and consSelect the most appropriate system type and components depending on the hot water demand and application
• Draw a system schematic with all components
• Perform basic system design calculations and system simulation
• Perform an economic analysis
• Perform system commissioning and fault-finding
• Describe critical points in the planning, installation and operation of solar thermal systems
This training suits those who:
• are involved in residential solar water heating projects who want to gain experience in designing and installing solar thermal systems
• Wish to offer their customers a “one stop shop” for residential-scale solar thermal systems
Kindly fill out this questionnaire and attach it to the form on the right:
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