Application of Smart Grid Technologies Case Studies in Saving Electricity in Different Parts of the World
Coordonnateurs : Lamont Lisa, Sayigh Ali
Application of Smart Grid Technologies: Case Studies in Saving Electricity in Different Parts of the World provides a wide international view of smart grid technologies and their implementation in all regions of the globe. A brief overview of smart grid concepts and state-of-the art technologies is followed by sections that highlight smart grid experiences in Asia, Africa, North America, South America, Europe and Australasia. Chapters address select countries or sub-regions, presenting their local technological needs and specificities, status of smart grid implementation, technologies of choice, impacts on their electricity markets, and future trends. Similar chapter makes it easier to compare these experiences.
In a time when the smart grid is becoming a worldwide reality, this book is ideal for professionals in power transmission and distribution companies, as well as students and researchers in the same field. It is also useful for those involved in energy management and policymaking.
1. Smart Grid Background
Section 1 - Asia 2. Iranian Smart grid road map and Iranian national advanced metering infrastructure plan (FAHAM) 3. Intelligent Control and Protection in the Russian Electric Power System
Section 2 - North America 4. Demand Response: an Enabling Technology to Achieve Energy Efficiency in Smart Grid 5. Development of a Residential Microgrid Using Home Energy Management Systems
Section 3 - South America 6. Case Studies in saving electricity in different parts of the world (Brazil)
Section 4 - Europe 7. Automation for smart grids in Europe 8. Smart distribution networks, demand response and community energy systems: field trial experiences and smart grid modelling advances from the UK 9. Impact of smart metering implementation on saving electricity in Distribution Networks from Romania 10. Smart Grid Digitalization in Germany by Standardized Advanced Metering Infrastructure and Green Button 11. Analysis of the future power systems to enable sustainable energy – using the case system of Smart Grid Gotland
Section 5 - Asia 12. Measurement-Based Voltage Stability Monitoring for Load Areas
Other 13. Application of Cluster Analysis for Enhancing Power Consumption Awareness in Smart Grids 14. Smart grid and the role of electric vehicle to support the electricity grid during the peak demand
Professor Ali Sayigh, Graduated from London University, & Imperial College, B.SC. DIC, Ph.D., CEng in 1966. Fellow of the Institute of Energy, and Fellow of the Institution of Electrical Engineers, Chartered Engineer.
From 1966 to 1985, Prof Sayigh taught at Baghdad University, College of Engineering; King Saud University, College of Engineering, Saudi Arabia; fulltime; and also Kuwait University as part time professor. He was Head of Energy Department at Kuwait Institute for Scientific Research (KISR) and Expert in renewable energy at AOPEC, Kuwait from 1981-1985.
He started working in solar energy in September 1969. In 1984 he established with Pergamon Press his first International Journal for Solar and Wind Technology as an Editor-in-Chief. Since He has been Editor-in-Chief of Renewable Energy incorporating Solar & Wind Technology, published by Elsevier Science Ltd, Oxford, UK. He is edito
- Presents the status and challenges of smart grid technologies and their implementation around the globe
- Includes global case studies written by local experts and organized for easy comparison
- Provides a brief overview of smart grid concepts and currently available technologies
Date de parution : 05-2018
Ouvrage de 492 p.
15x22.8 cm
Mots-clés :
Active and adaptive network; Advanced information and control technologies; Advanced metering management; Aggregator; Brazilian motivation; Building; Business cases; Community energy systems; Computerized power system operation; Controlling; Cyber-physical security; Data clustering; Data-driven techniques; Demand response; Demand side response; Diagnostic and barriers; Direct load control; Distributed generation; Distributed measurement system; Distribution networks; Distribution networks operator; Dynamic rating; Electric power system; Emergency control; Energy management controller; Energy storage; German Digitization Act; Gotland; Green Button; Green Button-Connect My Data; Green Button-Download My Data; Home energy management system; Intelligent electric power system; Intelligent metering; Iran smart grid; Lessons learned; Load center; Load management; Load monitoring; Low-voltage network; Monitoring; Multiagent automation system; Multienergy systems; N+1 buses equivalent; National Smart Metering System Project (FAHAM); Parameter estimation; Please check the that the copyeditor has assigned; and correct if necessary.-->; Distributed generation (DG); PMU; Power quality; Power transfer limit; Real-life demonstration; Remote sensing; Residential microgrid; Road map; Roadmap; Saving electricity; Self-healing; Situational awareness; Smart grid; Smart Grid; Smart Grids; Smart grids computing; Smart home; Smart meter; Smart meter display; Smart metering; Smart metering infrastructure; Solar power generation; State estimation; Technology development; Temperature; Thevenin equivalent; Transfer limits; Unified energy system of Russia; Voltage stability margin; Weather correlations; Wide area measurement and wide area control systems; Wind power generation; Wind speed; Zigbee
