Description
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.- Provides comprehensive coverage for researchers working in materials for solar cells- Includes the theoretical modeling and optimization of several solar cells using COMSOL and other software- Describes the working principles of different instruments and the data analysis methods used to measure the performance of solar cells
Table of Contents
1. An overview of photovoltaics technology2. Theoretical aspect of solar cells3. Advance characterization tools for photovoltaics technology4. Silicon technology5. Thin film based solar cells6. Multijunction solar cells7. Bulk heterojunctions solar cells8. III-V compound-based solar cell technologies9. Dye sensitized solar cells10. Quantum dots solar cells11. Lead halide perovskite solar cells12. Lead-free perovskite solar cells13. Organic solar cells14. Plasmonic aspect in solar cells15. Photon management in solar cells16. Life-cycle analysis for solar cells17. Internet of Things (IoT) for advanced photovoltaics technology
