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STE 314 Solar Thermal Collectors and Applications I

HND1 levelEngineering & Technology22 topics

STE 314 covers 22 topics. StudyPath paces them into daily study sessions that finish before your exam date, with practice questions and worked answers for each one.

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Course outline

The topics this course covers, in teaching order.

  1. Solar radiant energy concepts
  2. Irradiance, solar constant and insolation
  3. Sun-earth angles, sunset and day length
  4. Solar radiation measurement and estimation
  5. Solar thermal collectors: concept and classification
  6. Low-, medium- and high-temperature collectors
  7. Types of low and medium temperature collectors
  8. Radiant heat properties in collectors
  9. Conversion of radiant energy to heat
  10. Heat transfer within solar thermal collectors
  11. Heat storage and working fluid circulation
  12. Flat plate solar collectors
  13. Parabolic trough collectors
  14. Components of solar thermal collectors
  15. Low-temperature solar collectors
  16. Medium-temperature solar collectors
  17. Properties of collector components
  18. Collector efficiency measurement
  19. Beam and diffuse solar radiation measurement
  20. Transmissivity and absorptivity measurement
  21. Flow rate measurement
  22. Temperature measurement across collectors

A sample from this course

One topic, as StudyPath teaches it.

Solar radiant energy concepts

Solar radiant energy concepts cover the nature of solar radiation, its spectral distribution, intensity, and the fundamental equations that relate solar flux to power generation in collectors. Mastering these ideas is essential for calculating incident energy, understanding temperature limits, and designing efficient thermal systems.

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