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Session 23:
SMART GRID
The smart grid is the next generation electric grid, expected to be scalable, reliable, efficient, and secure, while facilitating the deployment of renewable and distributed energy generation. It is a network that integrates the use of communication technology and electric power infrastructure to improve efficiency of the legacy power grid. Modern communications and networking technologies play a vital role in the smart grid by supporting two-way energy and data flow in order to create a widely distributed automated energy delivery system.
The three major components of the smart grid are (1) the infrastructure system, (2) the management system and (3) the protection system. The infrastructure system supports the underlying energy, information and communication networks for electricity generation, delivery and consumption and advanced metering infrastructure management. The management system supports the ability of the smart grid to provide advanced control services, including utility cost and demand analysis. The protection subsystem provides advanced grid reliability analysis, failure protection and addresses issues of cybersecurity within the smart grid.
Research and development initiatives for the smart grid involve the integration of all three subsystems. In order to promote the development of the smart grid, governments, academia and industry have put a great deal of effort into various research programs. The US Department of Energy (US DoE), the National Institute of Standards and Technology (NIST), IEEE, the Internet Engineering Task Force (IETF) and various international organizations are all playing a part in smart grid development and standardization.
In this session, the topics of interest include, but are not limited to:
• Optimized architectures and networking models for smart grid networks
• Green solutions for smart grid communications
• Cybersecurity for the smart grid
• Standardization efforts and regulation
• Resource allocation, co-existence and interoperability of smart grid networks
• Modelling, performance analysis and field trials for smart grid technologies
• Optimized communications models (MAC and routing protocols) for quality of service in the smart grid
• Demand response and dynamic pricing issues
The goal of this session is to provide an encompassing view of the research and development directives in various aspects of smart grid operation with an emphasis on the overlap of various disciplines to solve specific research challenges.
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Adaptive optimal control of electric power system operation mode
on the base of least action principle
(20 minutes) Abstract
Prof. Petro Dem'yanovych Lezhnyuk
Head, Electric Power Stations and Systems Department
Vinnytsia National Technical University
Ukraine
Bio-sketch |
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Autonomic Control of Smart MicroGrid Systems using Domain Specific Software Models
(15 minutes) Abstract
Mark Allison Ph.D
Assistant Professor
Department of Computer Science, Engineering and Physics
University of Michigan at Flint
United States
Bio-sketch |
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Hierarchical management for integrated community energy systems
(15 minutes) Abstract
Dr. Xiandong Xu
School of Electronics, Electrical Engineering and Computer Science
Queen’s University Belfast
United Kingdom
Bio-sketch |
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Development of an Enhanced Scheme for NEMO Environment
(15 minutes) Abstract
Dr. Mohamed Yagoub Geaiger
Research & Development
Sudan University of Science & Technology
Sudan
Bio-sketch |
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Cybersecurity of Smart grids
(10 minutes) Abstract
Joe-Uzuegbu Chijioke K.
Department of Electrical/Electronic Engineering
Federal University of Technology Owerri
Nigeria
Bio-sketch |
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Improving electric distribution system performance with dynamic ampacity: a study of environmental influence on underground cables
(20 minutes) Abstract
Jeffrey S. Marshall
Prof, School of Engineering
Director, UVM Smart Grid IGERT Program
University of Vermont
United States
Bio-sketch |
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The smart, residential microgrid: affordable virtual energy storage today
(15 minutes) Abstract
Dr. Peter Mark Jansson
Associate Professor
College of Engineering
Bucknell University
United States
Bio-sketch |
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IPv6 Security Vulnerabilities and Mitigating Techniques
(15 minutes) Abstract
Harith A. Dawood
Computer Science Department
Cihan University
Iraq
Bio-sketch |
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Smart grids and the Finnish regulation of electricity distribution system operators
(10 minutes) Abstract
Kanerva Sunila
School of Engineering
Aalto University
Finland
Bio-sketch |
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Smart Grid Industry Development Strategy–A Study in Taiwan from the Innovation Service Viewpoint
(10 minutes) Abstract
Kuan-Chung Lin
Institute of Management of Technology
National Chiao-Tung University
Taiwan
Bio-sketch |
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A flexible electricity tariff design containing power and energy price signals as an incentive for demand response
(10 minutes) Abstract
Michael Schreiber
Fraunhofer Institute for Wind Energy and Energy System Technology (IWES)
Germany
Bio-sketch |
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Energy Planning for Non Interconnected Zones in Colombia based on Multi-criterial analysis using GIS
(20 minutes) Abstract
Lised Chaves Acosta
Master in Electrical Engineering
Universidad de los Andes
Colombia (Bio-sketch)
Jonathan Villota Revelo
Master in Electrical Engineering
Universidad de los Andes
Colombia (Bio-sketch) |
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IPv6 Security Vulnerabilities and Mitigating Techniques
(15 minutes) Abstract
Harith A. Dawood
Computer Science Department
Cihan University
Iraq
Bio-sketch |
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A NoSQL Based Optimization of Real-Time Scheduling of Aperiodic OS Tasks with Minimization of Energy
(15 minutes) Abstract
Dr. Hamza Gharsellaoui
Assistant Professor
Department of Computer Science
National Engineering School of Carthage (ENIC)
Carthage University
Tunisia
Bio-sketch |
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An Optimized Energy Efficient Cross-Layer Approach based on Mobile Wireless Networks Towards Green Communications
(15 minutes) Abstract
Dr. Ali Safa Sadiq
Assistant Professor
Department of Computer Systems & Networking Department
Faculty of Computer Systems & Software Engineering
Universiti Malaysia Pahang
Malaysia
Bio-sketch |
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Exploring the design and development of a new security framework for the smart grid
(10 minutes) Abstract
Brian Ondiege
School of Computer Science
Brunel University
United Kingdom
Bio-sketch |
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Previous speakers
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System alliances as a tool for solving Smart grid problems (30 minutes) Abstract
Prof. Dr. Ing. Miroslav Svítek, dr.h.c.
Faculty of Transportation Sciences
Czech Technical University, Prague
Czech
Bio-sketch |
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Pulsed Power Network for Seamless Integration of Power Systems with Distributed Generations (30 minutes) Abstract
Dr. Hisayoshi Sugiyama
Associate Professsor
Department of Physical Electronics and Informatics
Osaka City University
Japan
Bio-sketch |
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Time varying waveform distortions caused by dispersed generators in Smart Grids (20 minutes) Abstract
Luisa Alfieri
Department of Electrical Engineering and of Information Technology
University of Naples Federico II, Naples
Italy
Bio-sketch |
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A Security mechanism for Content-Centric Networking based Vehicle-to-Vehicle Data Delivery: A Case Study in Vehicular Ad Hoc Networks of Smart Grid (20 minutes) Abstract
Keping Yu
PhD Candidate, Prof. Takuro Sato Lab
Graduated School of Global Information and Telecommunication Studies
Waseda University
Japan
Bio-sketch |
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Addressing Time-Critical Requirements in Smart Grid Communication (30 minutes) Abstract
Dr. Frank Ball
Frank Ball Consulting, Oxford
United Kingdom
Bio-sketch |
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Smart Grid Control employing occupancy information (30 minutes) Abstract
Dr. Marek Skokan
Faculty of Economics
TU Košice
Slovak Republic
Bio-sketch |
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Distributed Volt/Var control with losses minimization (20 minutes) Abstract
Guido Cavraro
Dept. of Information Engineering
University of Padova
Italy
Bio-sketch |
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