Online Course
Organic Solar Cells - Theory and Practice
Technical University of Denmark (DTU) via Coursera
Found in
Electrical Engineering Courses
- Provider Coursera
- Cost Free Online Course (Audit)
- Session Upcoming
- Language English
- Certificate Paid Certificate Available
- Effort 3-6 hours a week
- Duration 6 weeks long
- Learn more about MOOCs
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Overview
Class Central Tips
The goal of the course is to give students awareness of the largest alternative form of energy and how organic / polymer solar cells can harvest this energy. The course provides an insight into the theory behind organic solar cells and describes the three main research areas within the field i.e. materials, stability and processing.
NOTE: This course is a specialized course on organic solar cells. If you are looking for a more general solar cell course, we strongly recommend Introduction to solar cells (https://www.coursera.org/learn/solar-cells).
NOTE: This course is a specialized course on organic solar cells. If you are looking for a more general solar cell course, we strongly recommend Introduction to solar cells (https://www.coursera.org/learn/solar-cells).
Syllabus
Solar Cells and Life Cycle Analysis
-By the end of the module we have set the following goals for you: -You should have gained knowledge on solar cells, and their place as a renewable energy -Be able to distinguish between different solar cell technologies -Describe the difference between the three generations of solar cells -Identify the four steps of life cycle analysis -Determine differences between embedded energy, energy return factor, and energy payback time.
Organic and Polymer Solar Cells
-By the end of this module you should: -Be able to identify the different steps in the theory behind the solar cells -Be able to measure the efficiency of a solar cell -Be able to describe the different layers in the solar cell and understand their function -Be ready to argue for different applications of the solar cells.
Materials in Solar Cells
-By the end of this module you should: -Know why we need conjugated polymers and side chains -Know about low band gap polymers -Be able to identify the most common polymerization methods -Be familiar with common characterization techniques used with the materials -Know about acceptor materials used in the active layer of organic solar cells.
Stability and Degradation
-By the end of this module you should: -Be able to identify different kinds of degradation behaviours -Know about decay curves, including concepts such as burn-in and T80 -Distinguish between different ISOS standards.
Solar Cell Fabrication
-By the end of this module you will be able to: -Describe the lab scale techniques and the pros and cons -Describe the difference between coating and printing -Identify the different coating and printing techniques.
Wrapping Up
-This is the final module of the course and it is almost time to sit back and congratulate yourself! You just have two more videos and an exam to complete.
-By the end of the module we have set the following goals for you: -You should have gained knowledge on solar cells, and their place as a renewable energy -Be able to distinguish between different solar cell technologies -Describe the difference between the three generations of solar cells -Identify the four steps of life cycle analysis -Determine differences between embedded energy, energy return factor, and energy payback time.
Organic and Polymer Solar Cells
-By the end of this module you should: -Be able to identify the different steps in the theory behind the solar cells -Be able to measure the efficiency of a solar cell -Be able to describe the different layers in the solar cell and understand their function -Be ready to argue for different applications of the solar cells.
Materials in Solar Cells
-By the end of this module you should: -Know why we need conjugated polymers and side chains -Know about low band gap polymers -Be able to identify the most common polymerization methods -Be familiar with common characterization techniques used with the materials -Know about acceptor materials used in the active layer of organic solar cells.
Stability and Degradation
-By the end of this module you should: -Be able to identify different kinds of degradation behaviours -Know about decay curves, including concepts such as burn-in and T80 -Distinguish between different ISOS standards.
Solar Cell Fabrication
-By the end of this module you will be able to: -Describe the lab scale techniques and the pros and cons -Describe the difference between coating and printing -Identify the different coating and printing techniques.
Wrapping Up
-This is the final module of the course and it is almost time to sit back and congratulate yourself! You just have two more videos and an exam to complete.
Taught by
Eva Bundgaard, Frederik Krebs and Mikkel Jørgensen
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Reviews for Coursera's Organic Solar Cells - Theory and Practice Based on 4 reviews
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Mahmud
is taking this course right now, spending 4 hours a week on it and found the course difficulty to be medium.
The last week of a very well formulated course is almost over. It was only my 2nd MOOC but i can still find many a good things about this course . The course videos were clear and too the point. The assignments were , well, not what i expected. Probably they can provide some problems to be completed (like it happens in edx) . The quizzes were ,at times, tougher than i expected.
All in all, a well paced and informative course for those who want to broaden their horizon to the world of organic solar cells and materials.
All in all, a well paced and informative course for those who want to broaden their horizon to the world of organic solar cells and materials.
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Vasanth
completed this course.
The course was well structured ,it talked about complete structure and operation of Organic solar cells,initially the quizzes for first 2 weeks are tough,but it was made easy from there on,good course for those who are going to take their domain in renewable energy.
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Maria
completed this course, spending 3 hours a week on it and found the course difficulty to be medium.
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