Focusing on the fundamentals of organic solar cells, this book explores the limits of photovoltaic energy conversion and provides a comprehensive introduction to molecular electronics. It delves into the electrical processes within these cells, utilizing a drift-diffusion model to explain exciton separation and charge-carrier dynamics. While primarily discussing small-molecule solar cells, particularly the zinc phthalocyanine:C60 system, it presents broader insights and experimental methods applicable to amorphous thin-film solar cells.
