Aiming for a conversion efficiency of over 50%! Detailed description of multi-junction solar cells using III-V compound semiconductors and space solar cells!
There is an increasing number of companies, research institutes, universities, and researchers and engineers who are interested in solar cells and the field of solar power generation, including multi-junction solar cells and concentrated solar cells, and wish to participate anew. Education and training for young researchers and engineers who show interest in solar cells and solar power generation, as well as for newcomers to the field, are extremely important from the perspective of strengthening research and development in this area and creating new industries. This time, with the cooperation of many people, we are able to publish a specialized book on "high-efficiency solar cells," which I believe holds great significance not only for high-efficiency solar cells but also for the widespread introduction and dissemination of solar cells and solar power generation, and ultimately for the establishment of clean energy that is essential for the maintenance and development of human civilization. I hope this book will serve as a specialized reference for those involved in this field, a guide for those interested in solar cells and solar power generation, and an introductory book for students and young researchers and engineers.
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Publication: November 2009, Toyota Technological Institute, Masashi Yamaguchi Format: B5 size, 267 pages
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Chapter 1: General Overview - Expectations for High-Efficiency Solar Cells Chapter 2: Technologies for High Efficiency in Solar Cells Chapter 3: Fundamentals of High-Efficiency Solar Cells Chapter 4: Multi-Junction Solar Cells 1. Trends in Multi-Junction Solar Cells 2. Epitaxial Growth of Compound Semiconductors 3. High-Efficiency Multi-Junction Solar Cells Chapter 5: Concentrator Solar Cell Systems 1. Trends in Concentrator Solar Cells 2. Design of Concentrator Solar Cells 3. High-Efficiency Concentrator Solar Cells 4. Solar Cell Module Technology 5. Optical Systems, Tracking Systems 6. Concentrator Systems Chapter 6: Space Solar Cells 1. Trends in Space Solar Cells 2. Radiation Damage in Space Solar Cells 3. High-Efficiency Space Solar Cells 4. Ultra-Lightweight, High-Efficiency Solar Cells Chapter 7: New Types of Solar Cells and Materials 1. Quantum and Nano-Structured Solar Cells 2. New Material InGaAsN 3. Potential of AlGaInN-Based Solar Cells 4. Monolithic Integration with III-V Compounds/Silicon Chapter 8: Applications of High-Efficiency Solar Cells 1. Large-Scale Power Generation 2. Applications in Agriculture 3. Automotive Applications
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