Renewable Energy: Solar and Wind Electrical Systems

Renewable Energy: Solar and Wind Electrical Systems is a comprehensive guide that explores the science, engineering, and practical deployment of solar and wind energy technologies. Tailored for students, energy professionals, policymakers, and researchers, the book offers an in-depth examination of two of the most vital components in the global transition toward sustainable energy.
The book begins with a detailed introduction to the fundamentals of renewable energy, highlighting the need for a shift from conventional fossil fuels to cleaner alternatives. It then navigates through the physics, technology, and design of photovoltaic (PV) systems and wind turbines, including key topics such as energy conversion, efficiency factors, system sizing, and site assessment.
Subsequent chapters explore system design considerations, such as load estimation, battery storage, and grid integration. Readers are guided through challenges faced in real-world implementation—such as variability in energy generation, forecasting errors, and maintaining grid stability. The book also investigates hybrid systems that combine multiple renewable sources for enhanced reliability and efficiency. Beyond technical insights, the book addresses the economic, environmental, and policy dimensions of renewable energy. It discusses global and regional policy initiatives, economic incentives, and the evolving market landscape that influences the deployment of solar and wind technologies. Future-oriented chapters examine emerging trends such as AI integration, smart grids, and the role of renewables in decarbonizing industries.