How Linear Concentrator Solar Power Plants Work
Unveiling the Mechanics of Solar Thermal Energy Generation
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Course Duration
35 Minutes -
Course Level
Intermediate -
Language
English -
Subtittle Language
English -
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This course delves into the operation and components of linear concentrator solar power plants, which use parabolic troughs to focus sunlight onto receiver tubes, converting solar energy into thermal energy and then into electricity.
Participants will explore the structure of the solar collector field, the role of heat transfer fluids, the process of generating steam to drive turbines, and the entire electricity generation cycle.
The course will also examine the thermal storage systems that allow for energy generation during non-sunny periods, the integration of these plants into the power grid, and the efficiency and scalability of linear concentrator systems.
Hope to see you on the course!
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The design and function of linear concentrator solar power plants.
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The conversion of thermal energy into electrical energy using steam turbines.
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The efficiency, advantages, and challenges of solar thermal power technology.
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How parabolic troughs concentrate solar energy to heat transfer fluids.
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The importance of thermal storage in extending energy generation times.
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Professionals in the renewable energy sector seeking to understand solar thermal power.
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Engineering students interested in the mechanics of solar energy conversion.
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Environmental advocates and policymakers looking at sustainable energy solutions.
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How Linear Concentrator Solar Power Plants Work1 lesson
15:11
How Linear Concentrator Solar Power Plants Work15:11
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Final Thoughts2 lessons
00:24
Final Thoughts00:24
QuizQuiz 8
Talk to an Expert
Fill out the form to get a full overview of this course and all other courses.
-
Course Duration
35 Minutes -
Course Level
Intermediate -
Language
English -
Access on all devices
-
Quiz