Colloquium - Sibiu 2001

Summary

CIGRE SC 34 Colloquium 2001, Sibiu, Romania

Preferential Subject 1 – Optimisation of Protection Performance During System Disturbances

• B5_101: Review of Protection Behaviour During System Disturbances
• B5_102: Self-organizing Maps for Voltage Stability Assessment and Predictive Power Systems Control
• B5_103: Quality Management of Protection Systems
• B5_104: Optimization of Automatic Under Voltage Load Shedding Performance During System Disturbances
• B5_105: Load Shedding Used to Avoid Voltage Collapse and Cascading Overload Tripping
• B5_106: Failure Extension Protection Systems in Japan (No.1) - Application Policy and Major Failure Experiences
• B5_107: Failure Extension Protection Systems in Japan (No.2) - Application of Predictive Out-Of-Step Protection Systems
• B5_108: Developing Last Defence System for Local Islanding of Critical Area in Peninsular Malaysia 500/275/132kV Grid System
• B5_109: Improvement of Peninsular Malaysia 500/275/132kV Grid Protection and Control System As Results of Major System Disturbances
• B5_110: Optimisation of Protection Performance during System Disturbances.
• B5_111: Enhanced Transmission Line Protection Settings
• B5_112: The Principle of Relay Protection Information Perfection
• B5_113: A Distance Protection Scheme to Prevent Mal-Trips During Abnormal Power System Conditions
• B5_114: Adaptive Protection Functions in Transmission Line Protection Relays
• B5_115: Modern Trends in Line and Network Protection Systems and the Impact of Power System Disturbances
• B5_116: Advanced Software Environment for Evaluating Protection Performance During Power System Disturbances
• B5_117: New Technologies for Analysis of Disturbances In CEMIG’s Transmission System

Preferential Subject 2 – Numerical Relay Setting Procedures and Tools

• B5_201: The Need for a Systematic Approach for Procedures and Tools for Setting Numerical Devices, Based on Users Expectations
• B5_202: Techniques for Managing Protective Relaying Information
• B5_203: Use of Advanced Tools with Multi-Functional Numerical Relays
• B5_204: Use of Internet Technology for Protective Relaying – Design and Field Experience with a Browser Based Operation Tool
• B5_205: Data Management and Consistency in Power System Protection
• B5_206: Relay setting program Elnet RS
• B5_207: The Digital Relay Setting Files Management System
• B5_208: Application and Setting Aspects of Numerical Relays: Experience of the Tata Power Co. Ltd.
• B5_209: Advanced Relay Setting Support Systems for Protective relays
• B5_210: Relay Settings Application within an Integrated Protection Engineering & Management Environment: TNB’s Practice and Experience
• B5_211: Possibility and Opportunity of Synchronous Switching of Shunt Reactor Circuit Breakers
• B5_212: Graphical User Interface for Programmable Scheme Logic of Multifunctional Numerical Relays
• B5_213: Configuration Requirements for UCA Based Intelligent Electronic Devices for Protection and Control
• B5_214: Automatic Relay Setting
• B5_215: Eskom Transmission Group’s Numerical Protection Relay Setting Philosophy and Configuration Management

Preferential Subject 3 - Application of Numerical Relays with Conventional Instrument Transformers

• B5_301: Design of Digital Relays with Regard to C.T. Saturation
• B5_302: Old Time Saturating Current Transformer and New Digital Distance Protection
• B5_303: When Numerical Generator Protection with Conventional CT’s May Let You Down
• B5_304: Factors Affecting the CT’s Requirements of Numerical Relays
• B5_305: Co-Ordination of Fast Numerical Relays and Current Transformers - Overdimensioning Factors and Influencing Parameters
• B5_306: The Probability of a Large Fault Current DC component
• B5_307: CT requirements for High Performance Differential Protection, Numerical versus Analogue
• B5_308: The Effect of Conventional Instrument Transformer Transients on Numerical Relay Elements

Additional informations