Renewable Energy: Physics, Engineering, Environmental Impacts, Economics and Planning (5th Edition)

Description

Bent Sørensen’s Renewable Energy: Physics, Engineering, Environmental Impacts, Economics and Planning, 5^th Edition serves as a cornerstone reference for anyone interested in the multifaceted world of renewable energy. Building on the foundational work of its first edition, this comprehensive guide has become an essential resource, establishing renewable energy as a key component in scientific and environmental discussions. No longer simply an auxiliary segment of energy supply, renewable solutions are rapidly emerging as the backbone of sustainable energy systems.

This eBook is more than just a book; it acts as a robust problem-solving tool designed explicitly for researchers, students, engineers, consultants, and planners engaged in the renewable energy sector. It also serves as an invaluable roadmap for individuals looking to venture into new technological territories within the renewable landscape, ensuring they have access to the most extensive and detailed coverage available.

The book unfolds in three meticulously structured parts, enabling readers to concentrate on topics that are most relevant to their specific projects or inquiries:

• PART I delves into the fundamental scientific principles underpinning all major renewable energy resources, including solar, wind, and biomass, offering a solid base for understanding the field.
• PART II explores the processes involved in transmitting these raw renewable sources into the power grid, transforming them into usable forms, and storing them for future use, ensuring a practical application of theory.
• PART III investigates the environmental impacts, energy planning strategies, and socio-economic considerations on both regional and global scales, highlighting the broader implications of renewable energy adoption.

This eBook also:

• Examines the fundamental engineering and physics principles of energy sources and their conversion processes, incorporating advanced models, methodologies, and analytical frameworks.
• Enhances understanding of the latest advancements and scientific foundations in the renewable energy domain.
• Requires a solid background in physics and mathematics for thorough comprehension.
• Presents a unique three-part framework that comprehensively covers energy sources, conversion techniques, and the consequential planning and socio-economic, as well as environmental, considerations globally and locally.
• Features the latest data on insights regarding climate change, the penetration of renewables in the market, the most recent technologies for renewable energy conversion, transmission, and storage, alongside revised planning scenarios and future perspectives.

With its in-depth exploration and meticulous organization, this edition of Sørensen’s work stands out as a vital tool for establishing a deeper understanding of renewable energy, helping pave the way for sustainable future practices.

ISBN: 978-1-59384-695-7, 978-1-59384-020-7, 978-1-74316-965-4.