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Solar Energy: PV Energy Conversion

This course is part of Solar Energy Engineering.

This advanced course explores the fundamental principles of photovoltaic energy conversion, focusing on how solar cells transform solar energy into electricity. Students learn about semiconductor physics, optical principles, and potential loss mechanisms in solar cells. The curriculum covers advanced concepts in photovoltaic device engineering, including band diagrams, p-n junctions, and light management techniques. Through detailed modeling and analysis, participants develop the expertise needed to understand and improve solar cell efficiency. This course is essential for engineers and scientists working in the photovoltaic industry, providing crucial knowledge for solar cell innovation.

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Solar Energy: PV Energy Conversion

This course includes

12 Weeks

Of Self-paced video lessons

Advanced Level

Completion Certificate

awarded on course completion

21,667

Audit For Free

What you'll learn

  • Understand fundamental principles of photovoltaic energy conversion

  • Analyze potential loss mechanisms in solar cell operation

  • Master semiconductor physics essential for solar cell design

  • Apply optical principles for optimal light management

  • Model complete solar cell systems and their efficiency limits

  • Develop strategies for improving solar cell performance

Skills you'll gain

Photovoltaics
Semiconductor Physics
Solar Cells
Energy Conversion
Optics
Band Theory
P-N Junction
Light Management

This course includes:

PreRecorded video

Graded assignments, Exams

Access on Mobile, Tablet, Desktop

Limited Access access

Shareable certificate

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There are 8 modules in this course

This comprehensive course delves into the physics and engineering principles behind photovoltaic energy conversion. Students explore semiconductor fundamentals, including band theory and charge carrier physics, while learning about critical optical phenomena in solar cell design. The curriculum covers advanced topics such as p-n junctions, metal-semiconductor interfaces, and light management techniques. Through theoretical understanding and practical modeling, participants learn to analyze and optimize solar cell performance, understanding efficiency limits and design constraints. The course emphasizes both fundamental physics and practical engineering applications.

Introduction

Module 1 · 1 Weeks to complete

Semiconductor Basics

Module 2 · 1 Weeks to complete

Generation and Recombination

Module 3 · 1 Weeks to complete

The P-N Junction

Module 4 · 1 Weeks to complete

Advanced Concepts in Semiconductors

Module 5 · 1 Weeks to complete

Light Management 1: Refraction/Dispersion/Refraction

Module 6 · 1 Weeks to complete

Light Management 2: Light Scattering

Module 7 · 1 Weeks to complete

Electrical Losses

Module 8 · 1 Weeks to complete

Fee Structure

Individual course purchase is not available - to enroll in this course with a certificate, you need to purchase the complete Professional Certificate Course. For enrollment and detailed fee structure, visit the following: Solar Energy Engineering

Instructors

Arno Smets
Arno Smets

6 Courses

Solar Energy Pioneer Advancing Photovoltaic Technologies and Online Education

Prof. Dr. Arno Smets is a Professor of Solar Energy and Director of Extension School Education at Delft University of Technology. His research focuses on developing technologies to convert solar energy into electricity and artificial fuels, with a current emphasis on lightweight and flexible thin-film silicon PV technologies in collaboration with HyET Solar.

Miro Zeman
Miro Zeman

10 Courses

Pioneer in Photovoltaic Technology and Sustainable Energy

Miro Zeman serves as Professor and Head of the Electrical Sustainable Energy department at TU Delft's faculty of Electrical Engineering, Mathematics and Computer Science, where he has established himself as a leading figure in photovoltaic technology research. After earning his MSc in Materials Science and PhD from Slovak University of Technology in 1989, focusing on material structures for electronics based on hydrogenated amorphous silicon, he joined TU Delft's solar cell group. His career progression includes appointment as associate professor in 2001 and full professor in 2009, holding the chair of Photovoltaic Materials and Devices. His research focuses on developing novel materials and concepts for improving thin-film silicon solar cell performance and modeling amorphous semiconductor devices. His impact on the field is evidenced by his leadership of over 30 Dutch and 6 European projects in thin-film solar cell development, authorship of more than 270 scientific publications, and contributions to three scientific books, including "Solar Energy: The physics and engineering of photovoltaic conversion technologies and systems." Beyond academia, he co-founded the Slovak Renewable Energy Agency in 2006 to promote solar energy implementation in Slovakia, while maintaining an active presence at international conferences with over 80 presentations across Europe, USA, Japan, and China.

Solar Energy: PV Energy Conversion

This course includes

12 Weeks

Of Self-paced video lessons

Advanced Level

Completion Certificate

awarded on course completion

21,667

Audit For Free

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Frequently asked questions

Below are some of the most commonly asked questions about this course. We aim to provide clear and concise answers to help you better understand the course content, structure, and any other relevant information. If you have any additional questions or if your question is not listed here, please don't hesitate to reach out to our support team for further assistance.