Tutorials

Tutorial #1

Wind Plant Collector System Design (back to top)
Tutorial sponsored by PES PEEC's Life-Long Learning Subcommittee

Presenters:

	(organizer) Mitch Bradt, Univ of Wisconsin-Madison
	Wayne Dilling, Mortenson Construction
	Reigh Walling, GE Energy
	Chris Brooks, S&C Electric
	Travis Smith, Oak Ridge National Lab
	Ernst Camm, S&C Electric
	Nader Samaan, Pacific Northwest National Lab
	Michael Starke, Oak Ridge National Lab

Abstract:

There has been a truly phenomenal growth in the capacity of installed wind power and in the interest in this topic over the past five years. This tutorial will provide an introduction to issues related to the design of collector systems for wind plants, from the perspective of practiced professionals. The sessions will commence with an overview of wind plant collector system design issues, and then will be followed with a description of the characteristics of wind turbine generators. Next, the design and application of cables and overhead lines will be explored, and the applications of power transformers in wind plant substations will be detailed. Arc-Flash hazards of wind power plants will be discussed. Following that, grounding, overvoltage protection and insulation coordination will be presented, as will wind plant collector fault protection and coordination. The course will conclude with the discussions of reactive power compensation, and collector system redundancy, reliability and economics.

Tutorial #2

Voltage Sourced Converters (back to top)
Tutorial sponsored by PES PEEC's Life-Long Learning Subcommittee

Presenters:

	(Organizer) B. Mehraban, AEP
	(Organizer) H. Bilodeau, Hydro-Quebec
	Geza Joos, McGill University
	George Karady, Arizona State University
	Chris Horwill, AREVA T&D
	Anthony Ho, BC Hydro
	Heinz Tyll, Siemens
	Gérard Moreau, Hydro-Quebec

Abstract:

This tutorial reviews the applications of the Voltage Sourced Converter (VSC) such as STATCOM, UPFC, SSSC, and VSC-HVDC in Power Transmission. It provides the power utility industry with the justifications for using VSCs in different applications in transmission systems, and the information required for developing requirements for the applications of VSCs. It addresses the general characteristics of power electronic converters, and the special requirements for dc capacitors, valve assemblies, cooling systems, reactors, magnetic interface, protective features and control modes of operations. It discusses safety measures, design and production tests, equipment ratings, control and protection, installation, maintenance, field commissioning, testing and operations.

Tutorial #3

Smart Distribution Systems (back to top)
Tutorial sponsored by PES PEEC's Life-Long Learning Subcommittee

Presenters:

	(Organizer) Anil Pahwa – Kansas State University
	Larry Clark – Southern Power
	Georges Simard – Hydro Quebec
	Mark McGranaghan – EPRI
	Robert Uluski – Quanta Technology
	Grant Gilchrist – Enernex
	Graham Ault – Strathclyde
	Greg Robinson - Xtensible

Abstract:

The concept of a Smart Grid involves the completechain of energy delivery from the generation to the customers. Many of the smart grid applications will occur at the distribution level since this is where new communication infrastructure will enable new automation schemes, integration of distributed generation, and integration of customer systems with the operation of the power delivery system. This tutorial covers the most recent evolution of smart distribution applications and technologies involved in the smart distribution system. Important applications include traditional distribution automation functions along with advancements in Volt and Var Control, System Monitoring, Distribution Management Systems and Distributed resource integration. Telecommunication and Distribution System Applications Integration on Smart Distribution systems will also be part of the tutorial. This upgraded tutorial builds on previous tutorials with significant updates based on recent smart distribution system developments.

Tutorial #4

Transient Analysis of Power Systems: Solution Techniques, Tools, and Applications (back to top)
Tutorial sponsored by PES PEEC's Life-Long Learning Subcommittee

Presenters:

	(Organizer) Juan A. Martinez, Universitat Politècnica de Catalunya
	Udaya D. Annakkage, University of Manitoba
	Venkata Dinavahi, University of Alberta
	Shaahin Filizadeh, University of Manitoba
	Bjørn Gustavsen, SINTEF Energy Research
	Juri Jatskevich, University of British Columbia
	Ljubomir A. Kojovic, Cooper Power Systems
	Jean Mahseredjian, École Polytechnique de Montréal
	José L. Naredo, École Polytechnique de Montréal
	Kalyan K. Sen, IEEE Distinguished Lecturer

Abstract:

The simulation of electromagnetic transients is a mature field that plays an important role in the design of modern power systems. Presently, these tools are applied into a myriad of studies (e.g. FACTS and Custom Power applications, protective relay performance, power quality studies) for which detailed models and fast solution methods can be of paramount importance. This tutorial provides a basic background on the main aspects to be considered when performing electromagnetic transients studies (solution techniques, parameter estimation, modeling guidelines), details some of the main applications of present EMTP-like tools (insulation coordination, power electronics applications, protection) and discusses new developments (e.g., dynamic average models, interfacing techniques) mostly aimed at overcoming some of the present limitations.

Tutorial #5

Synchronized Phasor Measurements: Fundamentals and Applications (back to top)
Tutorial sponsored by PES PEEC's Life-Long Learning Subcommittee

Presenters:

	(Organizer) Joe Chow, Rensselaer Polytechnic Institute
	Arun Phadke, Virginia Tech
	Ken Martin, Electric Power Group
	Andrew Armenia, Rensselaer Polytechnic Institute
	Dmitry Kosterev, BPA
	Kjetil Uhlen, Sintef Energy Research
	Innocent Kamwa, Hydro Quebec
	Charles Cyr, Hydro Quebec
	Yilu Liu, University of Tennessee
	Jim Thorp, Virginia Tech
	Dan Trudnowski, Montana Tech
	John Pierre, University of Wyoming
	Ali Abur, Northeastern University
	Luigi Vanfretti, Rensselaer Polytechnic Institute
	Aranya Chakrabortty, Texas Tech

Abstract:

This tutorial is intended for engineers in power companies considering infrastructure investment in synchrophasor technology. Topics covered include understanding phasors, the computation of phasors in phasor measurement units (PMUs), phasor data protocol and collection, approaches used by power companies to build wide-area measurement systems, and applications including adaptive protection, state estimations, and transfer path parameter calculations.

Tutorial #6

Power Quality-From Lightning to Harmonics: Problems and Solutions (back to top)
Tutorial sponsored by PES Plain Talk

Presenters:

	Surya Santoso, University of Texas at Austin
	Roger C. Dugan, Electric Power Research Institute (EPRI)
	Mark McGranaghan, Electric Power Research Institute (EPRI)

Abstract:

The aging power grid infrastructure and the incompatibility between today’s load characteristics and the electric power supply environment frequently give rise to poor electric power quality. This results in significant economic losses in a wide range of industries, including financial, services, health care, high tech, and process manufacturing. As an example, a decrease in the supply voltage for a fraction of a second can trip a microprocessor-based controller offline, disrupting an entire manufacturing process. This course provides a solid foundation in understanding common power quality phenomena, root causes of power quality disturbances, power quality solutions, power quality monitoring, and technical standards. Course participants will gain a fundamental understanding of the concepts, phenomena, and root causes of electric power quality, as well as insight into power quality improvements and solutions.

Tutorial #7

Breaker Failure (back to top)
Tutorial sponsored by PES PEEC's Life-Long Learning Subcommittee

Presenters:

	(Organizer) Roger A. Hedding (PSRC)
	Russell W. Patterson (PSRC)

Abstract:

The K2 working group of the PSRC investigated issues pertaining to breaker failure protection (such as breaker failure mechanisms, fault detectors, breaker failure circuits, effect of bus configurations, effect of multifunction microprocessor relays, and the effect of modern breaker control schemes) and developed a guide covering the application of breaker failure protection to power circuit breakers.

Tutorial #8

Smart Grid 101 – The Basics of Smart Grid (back to top)
Tutorial sponsored by PES Plain Talk

Presenters:

Erich W. Gunther, EnerNex

Abstract:

This course will help you: understand the key standards that will underpin the smart grid in the US; introduce you to important industry projects that are serving as key test beds; introduce the critical smart grid organizations; provide an understanding of the key technologies that compose a typical smart grid. Attendees will leave with a better understanding of the current state of the art in regulation and technology of smart grid.

Tutorial #9

Smart Grid Cybersecurity – Protecting the Smart Grid (back to top)
Tutorial sponsored by PES Plain Talk

Presenters:

	Sandy Bacik, EnerNex
	Bobby Brown, EnerNex

Abstract:

This course introduces non-experts to the concepts, terminology and techniques of smart grid cyber security and cyber threats from malicious software and hackers. Students will be able to more easily interact with their own IT personnel and security experts by understanding the specialized vocabulary used by such personnel. For experts and non-experts alike, an overview of evolving best practices and industry standardization efforts will provide you with a toolkit to utilize immediately in your own organization.