| Objectives
The objective of this
course is to give to beginner and intermediate participants a good hands-on
experience on the simulation and analysis of power systems transients
in general. The course will cover modeling issues for rotating machine
dynamics, insulation coordination, lightning, power quality, and distributed
generation.
Coordinators
Dr.
Chul-Hwan KIM (chkim@skku.edu)
Dr.
Jean MAHSEREDJIAN (jean.mahseredjian@polymtl.ca)
Dr.
Carlo Alberto NUCCI (carloalberto.nucci@unibo.it)
Instructors
A.
Ametani
Doshisha University
Japan
J.
Belanger
Opal-RT Technologies Inc.
Canada
A. Borghetti
University of Bologna
Italy
J. Mahseredjian
École Polytechnique de Montréal
Canada
C. A. Nucci
University of Bologna
Italy
M. Paolone
University of Bologna
Italy
Course
duration and location
Three days from Monday
13th to Wednesday 15th of April 2009.
COEX, Conference Center in Seoul, Korea.
Courses
Contents
(Detailed
programme will soon be announced)
1. Theoretical
backgrounds to the simulation of transients: from electromechanical to
electromagnetic transients. Simulation and analysis methods: load-flow,
steady-state and time domain (J. Mahseredjian and C.A.
Nucci).
2. Power equipment models: transformers, transmission lines, cables, surge
arresters, switches and rotating machines with inherent controls (J. Mahseredjian).
3. Simulation examples of complete cases from load-flow to transients
with control systems (J. Mahseredjian).
4. Cable systems: basic theory, impedance, admittance, application limits,
and numerical examples (A. Ametani).
5. Insulation coordination principles and examples (M. Paolone).
6. Distributed Networks with Embedded generation (A. Borghetti).
7. Restoration and islanding operation (A. Borghetti).
8. Lightning protection of power systems and power quality aspects (C.A.
Nucci).
9. Lightning surges: models and new trend towards a numerical electromagnetic
analysis approach (A. Ametani).
10. Power Quality problems in distribution networks (M. Paolone).
11. Real time simulation methods and applications, simulation of controls
and power electronics systems (P.F. Allaire)
12. Practical Power System Studies: switching transients, complex systems
with various modelling levels and integration of wind generation, Distributed
Generation. (A. Borghetti, J. Mahseredjian,
C.A. Nucci, M. Paolone).
Course fees
The course fees include
lectures, documentation, coffee breaks and lunches.
Members of the EES-UETP:
€ 350
University non members of the EES-UETP: € 600
Industry non members of the EES-UETP: € 800
The Course
Secretariat will acknowledge the registration by email after the reception
of the Registration Form filled in any part.
The organization will send an invoice to each registered participant,
after the reception of the payment.
Registration
form
Ms. Yun-Mi Choi
Center for Power IT, 21529, Engineering Building 1PstP, Natural Science
Campus, Sungkyunkwan University, Suwon, 440-746, Korea (South)
Phone: +82-31-299-4138
Fax: +82-31-299-4137
Email: key165@skku.edu
Download
Course Leaflet
Accommodation
Please book rooms
directly with the Seoul Palace Hotel as soon as possible to guarantee
a room.
Address: 63-1, Banpo-dong,
Seocho-gu, Seoul, Korea
Phone: +82-2-2186-6766~7
Fax: +82-2-532-0399
Email: room@seoulpalace.co.kr
http://www.seoulpalace.co.kr
Room reservations
must be made by March 7th. Please quote “SAPST-2009”. Reservation
requests after that date will be based on space and rate of availability.
Information
Sungkyunkwan
University
School of Electrical & Electronic Engineering
Center for Power IT(CPIT), 21529, Engineering Building 1Pst,
Natural Science Campus, Sungkyunkwan University, Suwon, 440-746, Korea
(South)
Secretariat:
Ms. Yun-Mi Choi
Email: key165@skku.edu
Phone: +82-31-299-4138
Fax: +82-31-299-4137
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