دانلود کتاب مهندسی سیستم‌های انرژی، مدل‌سازی، تحلیل و کاربرد

Globalization of a nation manifests through the fulfillment of sectorial needs in an economy and is significantly facilitated by the deployment of energy systems. The consumption and production balance of an energy system determines a sustainable society. However, the recent trends in industrialization have intricated the energy system to a complex network with profound global sustainable issues. Addressing the challenges on uncertainties of energy supply and the demand network requires a holistic approach involving concrete tools – models for pre- and post-estimations. The absence of, or limited knowledge of the quantitative tools leads to depreciation in industrial, technological and economic development. This results in a lack of strategic planning, resource allocation, adoption of new technologies, risk management, process optimization, policy development and assessment. So, the integration of quantitative tools is indispensable for maximizing potential, thereby fostering and leveraging industrial, technological and economic development. The know-how towards the development of such design tools can be realized through in-depth modelling, analysis and application of approaches for energy systems, which act as true components of societal development. On understanding the current need, there have been attempts to model approaches for energy systems. However, the traditional principle, clear state of application of the specified approach, detailed model development and validation still lack a clear framework and are apparently overwhelming. Therefore, this book focuses on fundamental principles and the secondary application of methodologies resulting in accurate model development for energy systems. The scope of the proposed book includes detailed a classification of principle approaches, general procedure for model development, analysis of the specific model with respect to a considered energy system and design tool development. It aims to provide its readers with a solid foundation in the fundamental principles that underpin energy models and analysis. The book offers a structured approach in energy system modelling emphasizing clarity in understanding and inspiring futuristic research forming the highlight of this book. It serves as a comprehensive guide for understanding the complexities and dynamics of energy systems of different applications, equipping readers with essential knowledge to navigate the challenges and opportunities in this critical field. The book also offers invaluable performance improvements in energy systems leading to sustainable development goals. This book serves as an educational resource for students, researchers, professionals seeking to deepen their understanding of energy systems modelling. The motivation behind this book is to bridge the gap in the reported research, which include limited coverage of existing principles and lack a structured approach involving fundamental and applied methodologies for energy system modelling. It establishes a conceptual framework and provides comprehensive coverage in the arena of energy system studies. As a course coordinator at research universities, I still find it difficult to identify and refer a single textbook that sufficiently covers all the topics of energy systems modelling and analysis paving the way for futuristic research. Also, with the seemingly increasing interest of Governments towards energy transition and sustainability, the role of a well-prepared and informative source will be invaluable. This edited book neatly fills the gap to assess impact and propose strategies for achieving sustainable energy goals. The contribution will be of great value for experienced modern developers and young minds alike. For seasoned developers, the proposed resources provide updated methodologies and insights that enhance their current practices and decision-making processes. Meanwhile, for young researchers and students, these sources serve as foundational knowledge, motivating them to explore and innovate in the field of energy transition and sustainability. This book reaches out to audiences who seek a general understanding of the physical system and aim for process improvement and optimization. The chapters encompass the need for energy system models, updated and state of the art approaches towards model development, selection of the appropriate methodology, application of the approaches to energy systems and case studies. Chapters 1 to 5 focus on modeling, control, and optimization strategies aimed at improving the technical and economic performance of various energy systems. Chapters 6 to 7 scrutinize the development of digital models for dynamic energy systems. Chapters 8 and 9 explore the selective aspects of energy system application. This book adapts a structured framework, giving it the capacity to develop a young and vibrant graduate student into a researcher with a thorough understanding of the skill sets involved in modelling, validation and finally process optimization. This book benefits energy engineers, energy planners, energy stake holders, academic professionals and researchers in the energy domain.