دانلود کتاب سیستم قدرت الکتریکی -مبانی برای متخصصان غیربرق

This book is intended to give non-electrical professionals a fundamental understanding of how large interconnected electrical power systems work, better known as the “Power Grid.” This book explains in simple terms complex electrical concepts, design considerations, construction practices, industry standards, control room operations, maintenance procedures, consumption characteristics, system protection technology, telecommunications, the digital transformation of the power grid, and electrical safety. Several practical examples, photographs, drawings, and illustrations are provided to help readers gain a fundamental understanding of electric power systems. The goal of this book is to have the non-electrical professional obtain an in-depth understanding of how modern electric power systems deliver electricity from generation sources through transport systems and on to various industrial, commercial, and residential consumers. This book begins with terminology and basic electrical concepts used in the industry then progresses through generation, transmission, distribution, and consumption of electrical power. The reader is exposed to all essential aspects of a reliable and controllable interconnected power system. Other topics discussed include renewable energy resources, grid modernization, energy management, conservation, and the regulatory aspects to help readers communicate effectively with seasoned engineers, equipment manufacturers, field personnel, regulatory officials, lobbyists, politicians, lawyers, and others working in the electrical industry. Please note that some sections within most chapters elaborate on certain concepts by providing added detail or background. These sections are marked “optional supplementary reading” and may be skipped without losing value to the intent of this book. This Third Edition discusses significant updates and advancements in the evolving power grid; the key advancement areas discussed are as follows: 1) Distribution Automation and Renewables Integration: A heightened focus is placed on the notable increase in photovoltaic (PV) panels and other distributed energy resources (DERs), modernized infrastructure design, and the evolving changes in operations. Some of the new concepts discussed include distribution automation, decentralized control, and bi-directional power flow to name a few. The proliferation ofmicrogrids and electric vehicles further shapes the landscape. The shift toward energy-efficient technologies like LED lighting and the emergence of large data centers introduces new considerations for load management. 2) Cybersecurity Enhancements: As digital infrastructure becomes more integrated, safeguarding against software and access hacking becomes paramount. Additionally, advancements in safeguarding against physical terrorist risk to ensure grid reliability and security, such as the concept of a “Digital Twin” are discussed. 3) Transitioning System Operations: The evolving dynamics of system operations create a situation requiring a balance between reliability and risk management. The increasing adoption of inverter-based renewable energy resources, such as solar and wind power, along with battery-driven energy storage solutions, necessitates a flexible grid configuration to optimize their integration. Additionally, this Third Edition publication includes insights into wildfire ignition mitigation strategies, updates on regulatory reliability issues faced by utilities, and addresses basic miscellaneous items, such as updated equipment photos. This book serves as a valuable resource for stakeholders involved in planning, operation, and regulation of modern power grids, and those merely interested in the latest developments and strategies to help navigate the transitioning energy landscape.