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| Title |
| The Role of Concentrating Solar-Thermal Technologies (NREL) (3 credit hours/3 HSW Hours) |
| Course Description |
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In this 3 hour course, the role that concentrating solar-thermal (CST) technologies could play in future U.S. energy markets is discussed. CST uses reflective surfaces to concentrate the sun's rays on a small area (the receiver), which heats up to temperatures of 700 to 1000 deg F, depending on the type of receiver used. Concentrating solar-thermal power (CSP) refers to a system for converting this heat to electricity, which is the primary end application discussed in the course. Besides generating electricity, CST can be used in any other application that requires thermal energy, such as industrial process-heating, thermal desalination, and fuel production. Thermal energy can also be stored for later use through thermal energy storage systems, giving CST technologies greater generation flexibility than solar photovoltaic or wind technologies. The course describes the most widely deployed CSP plant types, such as parabolic trough collectors, power tower systems, linear Fresnel collectors, and parabolic dish collectors.
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| Learning Objectives |
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This course teaches the following specific knowledge and skills: - Individuals completing this course will understand technology trends in the last decade.
- Individuals completing this course will learn about total installed costs, levelized cost of electricity, and operations and maintenance costs.
- Individuals completing this course will recognize the three potential pathways for increasing the operating temperature of the CSP plant: molten salt, particles, and supercritical CO2.
- Individuals completing this course will know the importance of the solar collection field in determining the costs of the total system.
- Individuals completing this course will recognize the potentially huge markets in supplying industrial process heat.
- Individuals completing this course will be able to distinguish the different challenges represented by low, medium, and high-temperature industrial processes.
- Individuals completing this course will recognize the potential market in producing solar fuels.
- Individuals completing this course will understand the challenges in applying CST to methane reforming, steam gasification, redox reactions, multistep thermochemical cycles, and high-temperature electrolysis.
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