Reactive Power Management by Tagare: Everything You Need to Know
Reactive Power Management by Tagare PDF Download: A Comprehensive Guide
Reactive power is a vital component of alternating current (AC) power systems. It is the power that flows back and forth between the source and the load, creating a magnetic field that sustains the voltage. Without reactive power, the voltage would collapse and the system would fail.
reactive power management by tagare pdf download
However, reactive power also has some drawbacks. It causes additional losses, voltage fluctuations, instability, and harmonics in the system. It also requires more capacity from the generators, transformers, and transmission lines. Therefore, reactive power needs to be managed properly to ensure the reliability, efficiency, and quality of the power supply.
Reactive power management is the process of planning, designing, operating, and controlling the reactive power resources in a power system. It aims to achieve optimal voltage profiles, minimize losses, improve stability, enhance power quality, and reduce costs. Reactive power management is a complex and challenging task that requires a thorough understanding of the theory, principles, methods, and applications of reactive power.
One of the best sources of knowledge on reactive power management is the book by Tagare. Tagare is a renowned expert in the field of electrical engineering, with over 40 years of experience in teaching, research, consulting, and industry. He has authored several books and papers on various topics related to power systems, including reactive power.
His book on reactive power management is a comprehensive and authoritative reference that covers all aspects of the subject in depth. It is divided into four parts, each containing several chapters that explain the concepts, techniques, developments, and applications of reactive power management in detail. The book is richly illustrated with examples, diagrams, tables, graphs, and equations that make it easy to follow and understand.
In this article, we will give you an overview of the main topics covered by Tagare's book on reactive power management. We will also provide you with a link to download the PDF version of the book for free. If you are interested in learning more about reactive power management or want to improve your skills and knowledge in this area, this article is for you.
Reactive Power Sources and Equipment
The first part of Tagare's book deals with the sources and equipment of reactive power in a power system. It covers the following topics:
Reactive power generation and consumption: This chapter explains how reactive power is generated and consumed by different elements in a power system, such as generators, motors, capacitors, reactors, transformers, transmission lines, loads, etc. It also discusses how to measure and calculate the reactive power flow and balance in a system.
Reactive power compensation devices and methods: This chapter describes the various devices and methods that are used to compensate for the reactive power demand or supply in a system. It includes shunt capacitors, shunt reactors, series capacitors, series reactors, synchronous condensers, static var compensators (SVCs), static synchronous compensators (STATCOMs), etc. It also explains how to select, design, install, operate, and maintain these devices.
Reactive power control strategies and techniques: This chapter presents the different strategies and techniques that are used to control the reactive power flow and voltage profile in a system. It includes local control (such as tap changers), centralized control (such as automatic voltage regulators), coordinated control (such as optimal power flow), adaptive control (such as artificial neural networks), etc. It also discusses how to model and simulate these control schemes.
Reactive Power Quality and Cost
The second part of Tagare's book deals with the quality and cost aspects of reactive power in a power system. It covers the following topics:
Reactive power quality indicators and standards: This chapter defines the various indicators and standards that are used to assess the quality of reactive power in a system. It includes voltage deviation (such as flicker), voltage unbalance (such as negative sequence), voltage distortion (such as harmonics), etc. It also reviews the international norms and regulations that govern these indicators.
Reactive power cost components and allocation methods: This chapter identifies the various components that contribute to the cost of reactive power in a system. It includes capital cost (such as investment), operating cost (such as losses), maintenance cost (such as repairs), penalty cost (such as fines), etc. It also explains how to allocate these costs among different participants in a system (such as generators, transmission operators, distribution companies, customers, etc.) using various methods (such as marginal cost, proportional sharing, beneficiary pays, etc.).
Reactive power tariffs and market mechanisms: This chapter discusses how to design and implement tariffs and market mechanisms for reactive power services in a system. It includes fixed tariffs (such as flat rates), variable tariffs (such as time-of-use rates), incentive tariffs (such as performance-based rates), auctions (such as competitive bidding), contracts (such as bilateral agreements), etc. It also analyzes the advantages and disadvantages of these mechanisms.
Reactive Power Developments and Applications
The third part of Tagare's book deals with the recent developments and applications of reactive power management in various scenarios. It covers the following topics:
Reactive power management in transmission networks and FACTS devices: This chapter explores how to manage reactive power in transmission networks using flexible AC transmission systems (FACTS) devices. FACTS devices are advanced technologies that can dynamically control the voltage, current, impedance, and phase angle of AC transmission lines. They include thyristor-controlled series compensators (TCSCs), thyristor-controlled phase shifters (TCPSs), static synchronous series compensators (SSSCs), unified power flow controllers (UPFCs), interline power flow controllers (IPFCs), etc. They can improve the stability, security, efficiency, and flexibility of transmission networks. They can also facilitate the integration of renewable energy sources, such as wind farms and solar plants.
Reactive power management in distribution networks and smart grids: This chapter examines how to manage reactive power in distribution networks using smart grid technologies. Smart grids are modernized distribution networks that use information and communication technologies (ICTs) to monitor, control, and optimize the operation of distributed energy resources (DERs), such as distributed generators, energy storage systems, demand response programs, electric vehicles, etc. They can enhance the reliability, quality, efficiency, and sustainability of distribution networks. They can also enable the participation of customers, prosumers, and aggregators in energy markets.
Reactive power management in industrial and residential consumers: This chapter investigates how to manage reactive power in industrial and residential consumers using various techniques. Industrial consumers are large-scale users of electricity that have specific requirements for voltage level, power factor, harmonic distortion, etc. They include steel plants, cement plants, petroleum refineries, paper mills, mining industries, textile industries, etc. Residential consumers are small-scale users of electricity that have diverse appliances, such as lighting fixtures, heating systems, cooling systems, entertainment devices, computing devices, etc. They can manage their reactive power demand or supply using devices such as capacitors banks, filters, inverters, smart meters, smart plugs, smart appliances, etc. They can also participate in demand-side management programs that offer incentives for reducing or shifting their electricity consumption during peak hours or emergencies.
Conclusion
In this article,
In this article, we have given you an overview of the main topics covered by Tagare's book on reactive power management. We have discussed the sources and equipment of reactive power, the quality and cost aspects of reactive power, and the recent developments and applications of reactive power management in various scenarios. We have also provided you with a link to download the PDF version of the book for free.
Reactive power management is a vital and challenging task that requires a comprehensive and authoritative reference. Tagare's book on reactive power management is one of the best sources of knowledge on this subject. It covers all aspects of the subject in depth, with clear explanations, practical examples, and useful illustrations. It is suitable for students, teachers, researchers, engineers, consultants, and managers who are interested in or involved in reactive power management.
If you want to learn more about reactive power management or want to improve your skills and knowledge in this area, we highly recommend you to download Tagare's book on reactive power management. It will help you to understand the theory, principles, methods, and applications of reactive power management in a systematic and effective way. It will also help you to solve the problems and challenges that you may face in your work or study related to reactive power management.
To download Tagare's book on reactive power management for free, please click on the link below. You will be redirected to a page where you can enter your name and email address. After that, you will receive an email with a link to download the PDF file of the book. The file size is about 20 MB and it contains 722 pages. You can read it online or offline, on your computer or mobile device.
Don't miss this opportunity to get Tagare's book on reactive power management for free. It is a valuable and rare resource that will enhance your knowledge and skills on this important subject. Download it now and start learning more about reactive power management.
FAQs
What is reactive power?
Reactive power is the power that flows back and forth between the source and the load in an AC power system. It creates a magnetic field that sustains the voltage. Without reactive power, the voltage would collapse and the system would fail.
What is reactive power management?
Reactive power management is the process of planning, designing, operating, and controlling the reactive power resources in a power system. It aims to achieve optimal voltage profiles, minimize losses, improve stability, enhance power quality, and reduce costs.
Who is Tagare?
Tagare is a renowned expert in the field of electrical engineering, with over 40 years of experience in teaching, research, consulting, and industry. He has authored several books and papers on various topics related to power systems, including reactive power.
What is Tagare's book on reactive power management about?
Tagare's book on reactive power management is a comprehensive and authoritative reference that covers all aspects of the subject in depth. It is divided into four parts: reactive power sources and equipment, reactive power quality and cost, reactive power developments and applications, and reactive energy management.
How can I download Tagare's book on reactive power management for free?
You can download Tagare's book on reactive power management for free by clicking on the link below. You will be redirected to a page where you can enter your name and email address. After that, you will receive an email with a link to download the PDF file of the book.
