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The conference features a full
complement of tutorials, with a total of nine half-day tutorials spanning a
total of two days. You can attend a
total of four tutorials with a simple, single registration, with the material for all tutorials included in this
package. This tutorial program is new in
this format and extent at this conference, and we invite you to look at the
list of topics below. This program is specifically tailored to the practicing engineer in the field, and in particular it can help you fulfill your annual training requirements. Continuing Education Units (CEUs) or Professional Development Hours to maintain professional license or certification will be available with these tutorials (0.4 CEU per tutorial). IEEE is an official Continuing Education Units (CEUs) Authorized Provider through The International Association of Continuing Education and Training (IACET), and has adopted IACET guidelines and criteria for all its continuing professional development programs. Testimony from Jack Lin, P.E., LEED AP, San Francisco, California:
“I'm
excited about this upcoming event after reading through this year's
tutorial program format and comparing it with the previous IAS annual
meetings. I will be attending this IAS annual meeting for the first
time, and I hope to benefit technically from this experience. Thanks!”
IEEE IAS 2009
Conference Tutorial Program 0.4 CEU per tutorial Morning Tutorials are from 8:00AM to 12:00PM Afternoon Tutorials are from 2:00PM to 6:00PM The tutorials will take place in the Arboretum Rooms, 2nd level October 7, 2009, Wednesday AM Grounding Considerations for Industrial Power SystemsMatt McBurnett - VI Engineering Stu Gibbon - Post Glover Resistor Application of Electromagnetic Transient Studies in Industrial Applications Randy Wachal, P. Eng - Dr. Dharshana Muthumuni, P October 7, 2009, Wednesday PM NFPA 70E (National Fire Protection Association) and Safety by Design Jim Bowen – Powell Electric Modern Protective Device Coordination for Industrial Power Systems Rasheek Rifaat, P. Eng - Jacobs Engineering October 8, 2009, Thursday AM Randy Slaybaugh – Substation Engineering Services Application Considerations for Industrial UPS and DC Power Systems Matthias Dreier – Gutor Electronic Ltd Understanding IGBT Modules Used in Industrial Motor Drives John F. Donlon – Powerex, Inc. Eric R. Motto - Powerex, Inc October 8, 2009, Thursday PM IEC 61850 Basics and Substation Automation Mark Adamiak – GE Multilin Substation Equipment Application Considerations Dr. Kurt Ederhoff - VI Engineering Dominik Pieniazek - Dashiell Corp |
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Tutorial Program Details: Grounding Considerations for Industrial Power Systems Matt McBurnett - VI Engineering Stu Gibbon - Post Glover Resistor ·
Design principles, considerations and strategies for
effective power system grounding
· Basic concepts and industrial applications · Standards (National/IEEE/IEC) · NEC specific ·
IEEE Green Book
· Case StudiesNFPA 70E (National Fire Protection Association) and Safety by Design Jim Bowen – Powell Electric ·
NFPA70E and its influence on safety by design
considerations and applications
Field Assembly, Testing and Commissioning of High Voltage
Power TransformersRandy Slaybaugh – Substation Engineering Services ·
A technical presentation focused on field assembly,
testing and commissioning of high-voltage (HV) power transformers
· Review - HV power transformer design standards and application considerations · Factory Inspections and witness testing · On-site unloading and assembly considerations · Cooling fluids and on-site fluid handling · Testing and commissioning on site · Developing an effective maintenance program for your HV power transformers Application Considerations for Industrial UPS and DC Power Systems Matthias Dreier – Gutor Electronic Ltd ·
A
detailed technical presentation on design and application
considerations for
industrial duty UPS systems and DC power
systems
· Industrial UPS application considerations · UPS load types · UPS power networks and configurations · · IEC 61850 Basics and Substation Automation Mark Adamiak – GE Multilin ·
Definitive
study of the IEC 61850 standard and its
component architecture for
substation automation, software tools,
protocols,
configuration, communications.
· Understanding digital communications
Substation Equipment Application Considerations· Protocol and network fundamentals · Ethernet fundamentals · Transmission Control Protocol / Internet Protocol · Traditional protocols · IEC 61850 / Utility communication architecture Dr. Kurt Ederhoff - VI Engineering Dominik Pieniazek - Dashiell Corp ·
Common
substation components and hardware review;
substation layout and
apparatus arrangement, engineering design
calculations
required
· Application considerations and capacity versus load · Discussion on how substation reliability changes with substation layout, selection of protection, communication and telemetry · Typical substation designs thru 500kV - components and hardware · Substation system protection concepts and considerations; open air versus enclosed · Minimum clearance of live parts Modern Protective Device Coordination for Industrial Power Systems Rasheek Rifaat, P. Eng - Jacobs Engineering This tutorial discusses the particulars of
protective device coordination studies in today’s industrial plant
environment. Primary and back-up
protection schemes are revisited in light of the wide applications of multi-function
protective devices. In medium and low
voltage systems, utilization of fast acting protection increased to achieve
reduction in arc flash energy. The
tutorial discusses various protection schemes that include main industrial
power system components (i.e. motor, feeder, bus, transformer and generator
protection), and presents associated practical examples.
Application of Electromagnetic Transient Studies in Industrial Applications Randy Wachal, P. Eng - Dr. Dharshana Muthumuni, P ·
Introduction to electromagnetic transients (EMT) and
simulations
· Electromagnetic transients in industrial systems (AC transients and studies) · Capacitor bank switching · Transformer energization and harmonics · Mitigation methods and equipment rating selection · Industrial drive example · Simulation and performance evaluation (harmonics, dynamic response) · Large compressor load induced flicker and use of a Static VAR Compensator John F. Donlon – Powerex, Inc. Eric R. Motto - Powerex, Inc. The IGBT module is the heart of modern industrial
motor drives. Information provided on
IGBT module data sheets varies considerably between manufacturers and leaves
the user with some questions regarding its proper selection, application, and
function in industrial motor drives. The
intent of this tutorial is to aid the user in understanding the proper
application of an IGBT. Questions and
concerns a user might have will be addressed by the various techniques and
circuit examples that will be presented.
If you
have any questions concerning this expanded tutorial program, please contact Donald
Dunn (donald.dunn@ieee.org), IAS
Education Department Chair.
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Revised October 2, 2009. Please send requests for updates to bruno.lequesne@ieee.org