NEW! SEL University, Computer-Based Training
Introduction to the SEL-2411 Programmable Automation Controller -
CBT 2411
This self-paced training provides an introduction to the SEL-2411
Programmable Automation Controller and a general overview of the
SEL-2411 feature set. CBT 2411 features a highly interactive SEL-2411
learning simulator designed to simulate the operational functionality of
the SEL-2411. CBT 2411 also includes SELogic control equation examples
and a general application walk-through. To learn more, visit www.selinc.com/etrain_CBT2411.
June 2-4: Siemens Power Academy, Schenectady, NY
PSS™E - What's New in Version-31, Overview and Refresher
Provides experienced PSS™E users with instructions in the use of
Version 31 and refresh their knowledge of this comprehensive power
system analysis software. The course is structured to include lecture
sessions and hands-on exercises of selected topics in the power flow,
short circuit and dynamic simulation applications in PSS™E. Topics
include overview of the new power flow interface, the new short circuit
calculation functions, multi-level AC contingency analysis,
probabilistic assessment, PV/QV analysis, program automation, the new
dynamic simulation interface and plotting function. For more information
visit www.usa.siemens.com/energy/pti-education
June 2-6: Siemens Power Academy, Schenectady, NY
Introduction to Distribution Systems and Power Circuit
Analysis
Presents an introduction to the various types of distribution system
configurations, equipment and loads. Discusses concerns such as:
reliability, power quality, voltage drop, voltage regulation, power
factor correction and capacitor applications. Reviews the fundamental
methods used in the steady-state analysis of AC circuits as applied to
power distribution systems including: linear circuit elements, complex
numbers, matrices, network solution methods, three-phase power systems,
the per unit system, symmetrical components, and fault currents. For
more information visit www.usa.siemens.com/energy/pti-education
June 3-5 & July 15-17: Shermco Industries
Electrical
Safety for Qualified Electrical Workers
Updated to reflect changes OSHA has made to Subpart S in 2007, this
20-hour electrical safety program meets OSHA’s electrical safety
training requirements for becoming a qualified electrical worker.
Designed for electrical workers, HVAC technicians, field service
technicians and others who perform or may perform energized electrical
work above 50 volts in industrial and commercial facilities. This
intensive safety course covers the OSHA Electrical Safety-Related Work
Practice regulations (29CFR1910.331 - .335) in detail, as well as
Articles 110, 120 and 130 of the NFPA 70E, including Annexes. How to
choose, inspect and care for arc flash protective PPE and clothing,
insulated hand tools, rubber insulating gloves and blankets, as well as
how to establish a Safe Work Zone, how to use and interpret Energized
Electrical Work Permits, how to perform a Hazard/Risk Analysis, how to
safely operate low and medium-voltage switchgear and other types of
equipment and how to interpret arc flash hazard labels and studies are
covered in detail. Attendees will receive a copy of the current NFPA
70E for future reference. For more information go to www.shermco.com
June 9-10: Siemens Power Academy, Schenectady, NY
Power Flow Analysis
Covers steady-state power flow analysis methods starting with the
steady-state power-angle relationship on transmission lines and
continuing with methods of solution of load flow problems in large
networks. The course also includes applications of multi-winding single-
and three-phase transformers and phase angle regulators in the
steady-state analysis
of power systems. For more information visit www.usa.siemens.com/energy/pti-education
June 9-11: ABB Inc., Burlington, Ontario
Symmetrical Components and Fault Analysis
This three-day school is designed to provide a comprehensive coverage of
symmetrical components, their application in relay design, and
performance analysis. The school discusses the symmetrical component
representation of various power system components, and comprehensively
analyzes faults. For more information or to register, go to "More
about...training" on www.abb.com/substationautomation
or contact Alejandro F Schnakofsky at +610 336 5288 or
alejandro.f.schnakofsky@us.abb.com.
June 9-12:Weidmann Diagnostic Solutions, Hilton Milwaukee City
Ctr, Milwaukee, WI
Transformers D2 - Design to Demise and
Trasformer Fluid Diagnostics
Valuable information for
everyone responsible for transformer operation and maintenance. IEEE
CEUs and NETA CTDs available to course attendees. For more information
go to www.weidmann-diagnostics.com
June 9-13: University of Wisconsin, Pyle Center, Madison,
WI
Modern Power System Protection: Applications and
Performance
Analysis
The course instructors will supplement the lectures on protection
practices with
presentations of field oscillograms illustrating disturbances that
trigger protective action
and analysis of the resulting response
For more information go to www.epd.engr.wisc.edu
June 11-13: S&C Electric Company, Chicago
IL
Distribution Overcurrent Protection and
Coordination
Learn how newtechnology protective devices can
be applied to improve power quality. This two-and-one-half-day seminar
instructs attendees on the selection and application of overcurrent
protective devices for use in medium-voltage electric power distribution
systems. For more information go to
www.sandc.com/services/seminars.
June 16-19: University of Wisconsin, Pyle Center, Madison
WI
Communications for Power System Protection and Automation
You will learn the theory of hybrid system design, which integrates
digital and electromechanical technology. To illustrate this topic, you
will explore actual case studies of various substation projects. For
more information go to www.epd.engr.wisc.edu
June 17-19: SEL University, Pullman, WA
Industrial Power System Protection for Technicians - PROT 305
This course addresses the basic methods, tools, and devices used in the
field of industrial power system protection. Course participants will
learn to: explain the importance of symmetrical components in analyzing
industrial power systems; identify the types of protective systems used
for various applications; identify the protective systems application
considerations for industrial electrical power systems apparatus; define
distribution feeder protection principles; characterize thermal and
overcurrent protection for medium-size induction motors; use metering
and event reporting functions from modern protective relay systems to
monitor industrial protection system performance; recognize protection
schemes and settings for medium-size transformers; and troubleshoot
overcurrent protection and relay coordination issues related to
medium-voltage radial feeders. To learn more, visit www.selinc.com/etrain_305.
June 18-19: ABB Inc., Lake Mary, Florida
OVR Recloser & PCD Relay Training Program
This two-day, hands-on training course is designed for participants to
become proficient in application, installation, operation, maintenance,
testing and commissioning of PCD Relays and OVR Reclosers. Discover how
to best apply, operate, maintain, and test OVR Reclosers and PCD Relays
to improve system reliability. For more information or to register, go
to Training > Recloser & Control Application on www.abb.us/mvservice or contact
Roger M Jerez at +1 407-732-2768 or roger.jerez@us.abb.com.
June 23-24: CIRED Seminar 2008, Frankfurt, Germany
SmartGrids for Distribution
The primary aim of the CIRED Seminar 2008: SmartGrids for Distribution
is to discuss the technical challenges and practical implications faced
by distribution network operators when developing SmartGrids. The
Seminar will combine a number of prestigious invited speakers with Call
for Papers authors, bringing together leading industry figures driving
forward SmartGrid development with those at the forefront of the latest
research and technology. For more information go to www.ciredsmartgrids.org
June 23-27: ABB Inc., Coral Springs, Florida
Electromechanical Relay and FT Switch
This hands-on training program has been designed for relay operators,
technicians and engineers to become proficient in application,
installation, operation, maintenance, testing and commissioning of
electromechanical relays and FT test switches.For more information or to
register, go to "More about...training" on www.abb.com/substationautomation
or contact Glenn Goldfarb at +1 954 825 0619 or
glenn.goldfarb@us.abb.com.
June 24 & 25: Hubbell Power Systems, Inc./Aiken, SC
facilities
MOV Surge Arresters (Course Number: ARR201)
Learn how to specify Surge Arresters to effectively protect
Distribution, Substation and Transmission Systems. This course will
cover application theory and the historical development of over-voltage
protection for utility systems. Discussion will also include engineering
design considerations and application issues such as insulation
coordination. A Factory tour of MOV Surge Arresters in production will
also be included. To request an application form, send an email to HPSTraining@hps.hubbell.com
July 8-11: SEL University, San Antonio, TX
Power System Fundamentals for Engineers - PWRS 400
This course provides power system fundamentals that underlie the
material covered in the SEL University PROT courses. It addresses
elements of system analysis as well as system operation and control. To
learn more, visit www.selinc.com/etrain_400.
Aug 4-Dec 12: GE Energy, GE Energy Learning Center, Schenectady,
NY USA
60th Power Systems Engineering Course
GE Energy offers global professionals the opportunity to participate in
our exclusive program that is among the most established in the energy
industry, worldwide. Our courses are designed to enhance the skills and
knowledge that are essential to becoming a successful leader in the
electric power industry.
For more information go to www.ge-energy.com/psec
For more information on posting your T&D courses contact Susan
Schaefer at 484-478-0154 or email: susan.schaefer@penton.com.
