SC B5 Colloquium - Tromsø 2019

Summary

Preferential Subject 1 - Leveraging PMU data for better Protection, Automation and Control Systems

• B5_101 Disturbance free energy identification in Power Systems based on PMU
• B5_102 A Fault Location System of Distribution Line Based on Wide Area Synchronization
• B5_103 PMU optimal placement based on node set
• B5_104 Synchrophasor Measurements-Based Controlled Islanding
• B5_106 Real Time Digital Simulation of the Synchronized Phasor Measurement System: First Experience in Brazil
• B5_107 Applications and perspectives of Phasor Measurement Data
• B5_108 Synchrophasor Applications to Wide Area Monitoring, Protection, Automation and Control Systems (WAMPACS)
• B5_109 Synchrophasor Measurements for Power System Monitoring, Protection and Control under the Standard IEC/IEEE 60255-118-1
• B5_110 WAMPAC system as SIPS solution at ETESA
• B5_111 A novel method for screening the PMU phase angle difference data based on hyperplane clustering
• B5_112 Chilean ISO Experience employing a Wide Area Monitoring System during the Interconnection of two Large Power Systems
• B5_113 Implementation, Evolution and Applications of the Chilean Wide Area Monitoring System
• B5_114 POD Controller Design for the Existing TCSC in Indian System Using Remote Signal Obtained via PMU for Stability Improvement
• B5_115 Enhancing real time situational awareness at control centre during faults through Synchrophasor data
• B5_116 Implementation of a Wide Area Monitoring System for the Indian Power System
• B5_117 Use of PMU data for locating faults and mitigating cascading outage
• B5_118 Leveraging PMU data for condition monitoring of hydro generators
• B5_119 Automatic Voltage Regulators’ Efficiency Wide Area Monitoring System
• B5_120 Issues of Implementation of Automatics for Liquidation of Asynchronous Mode when Using PMU Data
• B5_121 Practical experience of post-mortem analysis by PMU data
• B5_122 Application of synchrophasor measurement technology for control, protection and automation
• B5_123 PMU application for Adaptive PACS development for distribution networks with renewables
• B5_124 PMU application for power system parameters identification for adaptive voltage and reactive power control system
• B5_125 Proposal of Synchronized Phasor Measurement Application on Monitoring Operation Conditions of the Itaipu Hydroelectric Power Plant - 60Hz Sector
• B5_126 System Integrity Protection Scheme Based on PMU Adaptive Power Swing Protection
• B5_127 Model-free fault location for transmission lines using Phasor Measurement Unit data
• B5_128 Implementation in Red Eléctrica de España (REE) of an Automatic System for the Control of Stability of an HVDC link.
• B5_129 Methods to improve the precision of PMU Calibration device

Preferential Subject 2 - Time in Protection Applications – Time sources and distribution Methods

• B5_201 Application and Test Analysis of IEEE 1588 in Smart Substation
• B5_202 Performance Evaluation of IEEE 1588 for Precision Timing in IEC 61850 Substations
• B5_203 Deployment and evaluation of PTPv2 in a PRP network
• B5_204 A Scheme to Eliminate Synchronous System Effects on Measuring Device in Smart Substation
• B5_205 Implementations and challenges in time synchronization of protection, automation and control systems: Experience and expectations of applications in Brazil
• B5_206 Time in IEC 61850 – Principles and Applications
• B5_207 Application and implementation of time synchronization of digital substation in China
• B5_208 Research on monitoring and testing of time synchronization
• B5_209 Implementation of time synchronization in the Statnett R&D project - Digital substation
• B5_210 Time Synchronisation for Travelling Wave Applications
• B5_211 Time Synchronisation Aspects and Technology Comparison for Digital Substations with Process Bus
• B5_212 Time Synchronization Methods for Protection And Control Systems
• B5_213 Redundant secure timing sources and timing distribution to digital power protection and control applications
• B5_214 Design and Analysis of PTP Time Synchronization for Multi-Vendor IEC 61850 Process Bus based Protection and Control Applications.
• B5_215 Estimation of relay protection time synchronization using data on analog values as per IEC 61850-9-2
• B5_216 Issues of implementation and application of the time synchronization subsystem in complexes of relay protection and emergency control, digital substation, WAMS
• B5_217 Application of synchronization methods by transients parameters for the implementation of a process bus according to IEC 61850
• B5_218 PTP Synchronization Performance Evaluation with Process Bus Load
• B5_219 Challenges and Benefits of a Unified Synchronism Network

Preferential Subject 3 - Future Technologies for Inter-substation Communication, Migrating Digital Teleprotection Channels to Packet-Based Networks

• B5_301 Line differential protection communication via MPLS based inter substation communication networks
• B5_302 Wide Area GOOSE Applications for Inter-Substation Communications
• B5_303 Line Current Differential Relay System Employing a Native Ethernet Communication Service
• B5_304 R-GOOSEs enhance relay communication schemes
• B5_305 Solving the Inherent Problem of Transporting Serial Teleprotection Circuits Over MPLS
• B5_306 Using Wavelength Division Multiplexing for Protection Applications
• B5_307 Migration from SDH/PDH to MPLS for Line Differential Protection
• B5_308 Challenges in the Use of PACS Channels over Packet Switched Networks
• B5_309 Data segregation and PACS requirements

Additional informations