In this book, the fundamentals of the DC microgrid technology are introduced. Beginning from the very basic concepts of DC microgrids and its various constituents, the book discusses various architectures and voltage levels of the DC microgrid system. Typical examples and applications of DC microgrid system are presented. Solved numerical examples are included in every chapter to strengthen the concepts. The book also discusses the different types of power converters used in various roles in DC microgrid systems and issues associated with DC microgrids. The issues like circulating currents, voltage regulation, voltage imbalance, etc. are presented in this book. The merits of the DC microgrid compared to AC systems are highlighted. Techniques to determine optimal placement of loads and sources in a DC microgrid are also explained. Case studies, numerical examples and design examples are included. The book concludes by highlighting the recent developments, future prospects, case studies and applications of DC microgrids. The book aims to address the needs of graduate students (working at master?s and phd levels), senior undergraduate students and industry professionals working in microgrid area.
