Advanced Materials and Technologies for Photovoltaics explores the transformative developments in photovoltaic energy conversion, offering insightful coverage on the theoretical and fundamental aspects of this field. The book delves into the diverse materials and technologies that drive innovation, connecting them with emerging applications that disrupt traditional energy paradigms. Catering to both seasoned and early-career researchers, this publication provides an accessible yet comprehensive guide to photovoltaic science, bridging the gap between foundational knowledge and cutting-edge advancements.
In addition to theoretical foundations, the book emphasizes practical tools, such as detailed sections on characterization techniques for solar cells and advanced modeling methods using software like COMSOL. It offers a balanced perspective on the intersection of materials science and photovoltaic applications, making it a crucial resource for researchers and professionals working on solar energy solutions.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xi 7. Preface - p. xv 8. Acknowledgments - p. xvii 9. 1. An overview of photovoltaic technology - p. 1 10. 2. Innovative modeling and simulation tools for the design and optimization of solar cells - p. 15 11. 3. Advance characterization tools for photovoltaics technology - p. 81 12. 4. Exploring silicon solar cells: a review of materials, technologies, and performance optimization - p. 113 13. 5. Thin-film-based solar cells - p. 139 14. 6. Multijunction Solar Cells: Device Fundamentals and Current Status - p. 171 15. 7. Bulk heterojunction solar cells - p. 203 16. 8. III–V compound-based solar cell technologies - p. 229 17. 9. Dye sensitized solar cells - p. 263 18. 10. Quantum dot solar cells - p. 295 19. 11. Lead halide perovskite solar cells - p. 313 20. 12. Lead-free perovskite solar cells - p. 357 21. 13. Organic solar cells - p. 391 22. 14. Photon management for next generation solar cells - p. 415 23. 15. Life cycle analysis of solar cells - p. 435 24. 16. Internet of Things for advanced photovoltaics technology - p. 459 25. Index - p. 471
Advanced Materials and Technologies for Photovoltaics explores the transformative developments in photovoltaic energy conversion, offering insightful coverage on the theoretical and fundamental aspects of this field. The book delves into the diverse materials and technologies that drive innovation, connecting them with emerging applications that disrupt traditional energy paradigms. Catering to both seasoned and early-career researchers, this publication provides an accessible yet comprehensive guide to photovoltaic science, bridging the gap between foundational knowledge and cutting-edge advancements.
In addition to theoretical foundations, the book emphasizes practical tools, such as detailed sections on characterization techniques for solar cells and advanced modeling methods using software like COMSOL. It offers a balanced perspective on the intersection of materials science and photovoltaic applications, making it a crucial resource for researchers and professionals working on solar energy solutions.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xi 7. Preface - p. xv 8. Acknowledgments - p. xvii 9. 1. An overview of photovoltaic technology - p. 1 10. 2. Innovative modeling and simulation tools for the design and optimization of solar cells - p. 15 11. 3. Advance characterization tools for photovoltaics technology - p. 81 12. 4. Exploring silicon solar cells: a review of materials, technologies, and performance optimization - p. 113 13. 5. Thin-film-based solar cells - p. 139 14. 6. Multijunction Solar Cells: Device Fundamentals and Current Status - p. 171 15. 7. Bulk heterojunction solar cells - p. 203 16. 8. III–V compound-based solar cell technologies - p. 229 17. 9. Dye sensitized solar cells - p. 263 18. 10. Quantum dot solar cells - p. 295 19. 11. Lead halide perovskite solar cells - p. 313 20. 12. Lead-free perovskite solar cells - p. 357 21. 13. Organic solar cells - p. 391 22. 14. Photon management for next generation solar cells - p. 415 23. 15. Life cycle analysis of solar cells - p. 435 24. 16. Internet of Things for advanced photovoltaics technology - p. 459 25. Index - p. 471
