Course objective:
The objective of this Insulation Coordination Studies with EMTP-RV course is to give to participants a good knowledge of insulation coordination studies. Participants will learn the theory and principles of Insulation Coordination studies, modeling techniques and how to use EMTP-RV models. Moreover, they will learn how to manage a whole Insulation Coordination study based on the IEC 60071. The course is based on the usage of EMTP-RV for demonstrating concepts and teaching through practical problem cases.
Instructors: Mr. Henry GRAS (EMTP-RV Canada)
Intended audience:
The course is of interest for newcomers and also for those who want to improve their skills in the fields of insulation coordination.
- Engineering professionals
- Research personnel in industry, utilities, universities and consulting companies involved in power systems studies
- Professionals from power transmission
- Distribution and production companies
- Post-graduated students
Hotel: Orchard Hotel Singapore (Tentatively)
All travel and hotel arrangements are the responsibility of the attendee.
Date: 5th – 7th, December 2016
Time: 09:00 a.m. – 5.00 p.m.
Fee: US$ 1,500.00* / per person
(This Fee does not apply to Indonesia participants, please see the note below)
- Fee does not include lodging, transportation and Singapore Government Tax.
- Courses are limited to 30 participants. So please register early!
- Payment in full must be received three (3) weeks prior to start date of course.
Note: *For Indonesia participants, the fee is US$ 1,875.00 / per person (Including 20% WHT)
Information / Registration:
Cahaya Jaya Services
37 Jalan Pemimpin #07-07 Mapex Building
Singapore 577177
Tel: (65) 64814106
Fax: (65) 64814609
Email: cahayaj6@singnet.com.sg
Website: www.cjaya.com
- Origins of Overvoltage
- Events on networks
- Basic theory
- Insulation coordination studies step by step
- What is needed from EMTP:
- To design/choose towers/Insulators
- To design/choose surge arresters
- To design/choose breakers
- To determine the risk of failure of an equipment
- Temporary overvoltage:
- Load rejection
- Ferro-resonance:
- Transformer switching
- Line opening
- Transient Overvoltage:
- Capacitor bank switching:
- Statistical switching
- Back to back switching
- Pre-insertion resistances
- Surge arresters.
- Transient recovery voltage:
- Line trap charge and reclosing:
- Ferranti effect
- Bubbling effect
- Coupling
- Pre-insertion resistances
- Surge arresters
- Osha rule
- Breaker failure
- Fast Transient
- Lightning
- Corona effect
- Surge arrester testing simulation
- Capacitor bank switching:
Course information is subject to change.
Requested Technical Background:
Participants should possess a background in three-phase electric power system fundamentals, application, and practice and should be comfortable with the Microsoft Windows PC environment.
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