BOOKS - Fuzzy Logic Control in Energy Systems
Fuzzy Logic Control in Energy Systems - ?smail Hakk? Altas 2024 PDF IET BOOKS
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Fuzzy Logic Control in Energy Systems
Author: ?smail Hakk? Altas
Year: 2024
Pages: 597
Format: PDF
File size: 49,3 МБ
Language: ENG



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A. K. Bhatia, published by Springer in 2018, is a comprehensive guide to fuzzy logic control in energy systems. The book covers the principles and applications of fuzzy logic control in various energy-related fields, including power systems, renewable energy systems, and building energy management systems. It provides a detailed overview of the basic concepts of fuzzy logic and its application to energy systems, as well as the design and implementation of fuzzy logic controllers. The book begins with an introduction to fuzzy logic and its relevance to energy systems, followed by a discussion of the fundamental principles of fuzzy logic control and its advantages over traditional control methods. The author then delves into the specific applications of fuzzy logic control in energy systems, including power system stability enhancement, renewable energy integration, and building energy management. The book also covers the challenges and limitations of fuzzy logic control in energy systems and provides guidelines for future research directions. Throughout the book, the author uses numerous examples and case studies to illustrate the practical applications of fuzzy logic control in energy systems. The book's focus on fuzzy logic control in energy systems makes it an essential resource for researchers and practitioners working in this field. Its accessible writing style and abundant examples make it an excellent textbook for students interested in learning about the application of fuzzy logic control in energy systems. Overall, Fuzzy Logic Control in Energy Systems is a valuable contribution to the field of energy engineering and will be useful for anyone looking to understand the potential of fuzzy logic control in modern energy systems.
A. K. Bhatia, опубликованный Springer в 2018 году, является всеобъемлющим руководством по управлению нечеткой логикой в энергетических системах. Книга охватывает принципы и применения управления с нечеткой логикой в различных областях, связанных с энергетикой, включая энергосистемы, системы возобновляемой энергии и системы управления энергией зданий. В ней представлен подробный обзор основных понятий нечёткой логики и её применения к энергетическим системам, а также проектирование и реализация контроллеров нечёткой логики. Книга начинается с введения в нечёткую логику и её соответствия энергетическим системам, за которым следует обсуждение фундаментальных принципов управления нечёткой логикой и её преимуществ перед традиционными методами управления. Затем автор углубляется в конкретные применения нечеткой логики управления в энергетических системах, включая повышение стабильности энергосистемы, интеграцию возобновляемых источников энергии и управление энергией здания. Книга также охватывает проблемы и ограничения управления нечеткой логикой в энергетических системах и содержит руководящие принципы для будущих направлений исследований. На протяжении всей книги автор использует многочисленные примеры и тематические исследования для иллюстрации практического применения управления нечеткой логикой в энергетических системах. Фокус книги на управлении нечеткой логикой в энергетических системах делает ее важным ресурсом для исследователей и практиков, работающих в этой области. Его доступный стиль письма и многочисленные примеры делают его отличным учебником для студентов, заинтересованных в изучении применения управления нечеткой логикой в энергетических системах. В целом, управление нечеткой логикой в энергетических системах является ценным вкладом в область энергетической инженерии и будет полезно для всех, кто хочет понять потенциал управления нечеткой логикой в современных энергетических системах.
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