Section: Course syllabus and schedule / Plan de cours et programme | MEC6214p - Énergie Solaire et Applications (Solar Energy and Applications) | Moodle

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No events, Sunday, 3 November No events, Sunday, 3 November	No events, Monday, 4 November No events, Monday, 4 November	No events, Tuesday, 5 November No events, Tuesday, 5 November	No events, Wednesday, 6 November No events, Wednesday, 6 November	No events, Thursday, 7 November No events, Thursday, 7 November	No events, Friday, 8 November No events, Friday, 8 November	No events, Saturday, 9 November No events, Saturday, 9 November
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No events, Sunday, 17 November No events, Sunday, 17 November	No events, Monday, 18 November No events, Monday, 18 November	No events, Tuesday, 19 November No events, Tuesday, 19 November	No events, Wednesday, 20 November No events, Wednesday, 20 November	No events, Thursday, 21 November No events, Thursday, 21 November	No events, Friday, 22 November No events, Friday, 22 November	No events, Saturday, 23 November No events, Saturday, 23 November
No events, Sunday, 24 November No events, Sunday, 24 November	No events, Monday, 25 November No events, Monday, 25 November	No events, Tuesday, 26 November No events, Tuesday, 26 November	No events, Wednesday, 27 November No events, Wednesday, 27 November	No events, Thursday, 28 November No events, Thursday, 28 November	No events, Friday, 29 November No events, Friday, 29 November	No events, Saturday, 30 November No events, Saturday, 30 November

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Course Syllabus / Plan de cours File

Schedule / Programme

Week	Topic	Textbook relevant chapters	Homework / Project
1	Introduction to solar energy systems Course syllabus Context: Energy and environment Solar resource Introduction to TRNSYS	-	Homework Assignment 1
2	Solar radiation - Extraterrestrial radiation	Chapter 1 Chapter 2	Homework Assignment 1
3	Solar radiation - Available radiation (diffuse, direct, global) - solar radiation on tilted surfaces	Chapter 2	Homework Assignment 2
4	Recap of some heat transfer topics Radiation characteristics of opaque materials	Chapter 3 Chapter 4	Homework Assignment 2
5	Radiation transmission of transparent materials Absorbed radiation	Chapter 5	Project: Step 1 (Feb 3rd) Homework Assignment 3
6	Flat plate collectors: absorbed radiation, energy balance, thermal efficiency equation	Chapter 1-5, 6	Project: Step 1 (Feb 3rd) Homework Assignment 3
7	Solar thermal collectors: efficiency parameters, performance tests, international certification	Chapter 6	Homework Assignment 4
8	Written exam	-	Homework Assignment 4
9	Spring break		-
10	Design of solar thermal systems: heating load, collectors, thermal storage	Chapters 8-10	Homework assignment 5
11	Photovoltaic and PV-T systems	Chapter 23	Homework assignment 5
12	Economic Analysis for renewable energy systems	Chapter 11	Homework assignment 6
13	Concentrating Solar Power	Chapter 17
14	Solar cooling	Chapter 15
Final project due on April 24