Conference Agenda

ID: 1110
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Results from Lab Testing of Vanadium Redox Flow Battery

Anthony Colonnese², Peter Scott Curtiss¹, Hung Ngo², Ben Lavoie²

¹S&C Electric Company, United States of America; ²Ameresco, United States of America

ID: 1113
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Enhancing Asset Management for Improved Resilience Through Representative Generation Profiles

Luis Henrique Tenorio Bandoria¹, Bruno Cortes¹, Madson Cortes Almeida¹, Renato Machado Monaro²

¹Universidade Estadual de Campinas (UNICAMP), Brazil; ²Universidade de São Paulo (USP), Brazil

ID: 1118
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Enhancing LV System Resilience through Probabilistic Forecasting of Interdependent Variables: Voltage, Reactive and Active Power

Anthony Faustine¹, Lucas Pereira²

¹Center for Intelligent Power (CIP), Eaton Corporation, Ireland; ²ITI/LARSyS, Técnico Lisboa, Portugal

ID: 1119
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Hybrid Load Restoration For Hierarchically Controlled Microgrids

Fei Feng¹, Lizhi Wang², Ella Zhou², Sina Zarrabian¹

¹SUNY Maritime College, USA; ²Siemens, USA

ID: 1120
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Enhancing Grid Reliability: Optimal Allocation of DERs for Load Support During Contingencies

Rafael Mendonca Rocha Barros, Felipe Martins Maranhao da Silva

IFPE, Brazil

ID: 1129
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Advanced Power Quality Analytics for Improved Power System Resilience

Sarat Chandra Vegunta¹, Christian Blug², Alkeshkumar Patel¹

¹Siemens Industry, Inc., United States of America; ²Siemens AG, Germany

ID: 1136
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Enhancing Distribution Grid Resilience in Era of Increasingly Electrified World

Vijay Shah¹, Sushil Joshi², Cristian Val³, Dick Jackman⁴

¹ABB India Ltd, India; ²ABB Industries (L.L.C), United Arab Emirates; ³ABB S.A.U., Argentina; ⁴ABB Inc., USA

ID: 1137
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Certified Insulation Systems for Improving Resilience of Transformers and Distribution Grids

Radoslaw Szewczyk¹, Jean-Claude Duart¹, Evanne Wang¹, Giorgio Campi², Fabio Scatiggio²

¹DuPont, United States of America; ²A&A Fratelli Parodi s.p.a., Italy

ID: 1138
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Resilience-aware Allocation and Dispatch of Distributed Bess in Microgrid Structured Res-based Grids

Ali Elrayyah, Mohammad Alnaeem, Rimnesh Shah

ENOWA-NEOM, Saudi Arabia

ID: 1139
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Fault and Protection Management for a Micro Grid with Low Short Circuit Ratio

Etienne Toutain¹, Nikola Stankovic¹, Boris Deneuville¹, Remy Everaere²

¹EDF, France; ²ENEDIS, France

ID: 1143
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Harmonics Mitigation In An Islandable Medium Voltage Microgrid

Sebastien Gouraud¹, Maria Veizaga¹, Remy Everaere²

¹Electricite de France, France; ²Enedis, France

ID: 1147
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

PoleWrap for Increasing the Resilience of Utility Poles Against Extreme Weathers

Davoud Zamani, Talieh Zargar

GridWrap, Inc., United States of America

ID: 1158
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Multiport Power Converters to Enhance Resilience in Distribution Networks

Martí Domínguez-Hernàndez¹, Marc Cheah Mañé¹, Robert Griñó², Oriol Gomis-Bellmunt¹

¹CITCEA-UPC, Spain; ²IOC-UPC, Spain

ID: 1160
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Experimental Tests on an Islanded Microgrid With a Diesel Generator and Inverter-Based Battery Energy Storage System in Synchronous Operation

Nikola Stankovic, Philippe Bertazzon, Cristian Jecu

EDF, France

ID: 1161
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Laboratory Test to Validate Concepts to Build up and Operate a Microgrid at Distribution Grid Level After a Blackout

Maximilian Mütherig¹, Giuseppe Puleo¹, Wolfgang Krause², Markus Zdrallek¹

¹University of Wuppertal, Germany; ²AWG Wuppertal, Germany

ID: 1167
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Remote Attestation by Means of Trusted Computing in Regional Power Grids

Andreas Wark, Carl-Heinz Genzel, Michael Kreisköther, Dr. Torsten Sowa

amperias GmbH, Germany

ID: 1169
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Problems and Solutions for Circulating Current Generation in Distributed Power Connection

Jeong In Kim¹, Dong Yeol Shin¹, Seung Won Yoon²

¹KEPCO, South Korea; ²AEP, USA

ID: 1171
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Using Advanced Analytics and Artificial Intelligence to Improve Resilience: Distribution Network Topology and Loss Identification

Xabier Aldecoa

Merytronic 2012, Spain

ID: 1173
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Design and Technology Innovation to Meet the Resilient Requirements of the Evolving Sub-transmission and Distribution Network

Sylvain Ibanez¹, Shine Damodaran², Damien Jeanneau¹, Rajesh Khanna², Kirushnaraj Perumal³, Sivakumar Narayanaswamy³

¹Sicame Group, France; ²Sicame India Connectors Private Limited, India; ³Sicame Global Business Support, India

ID: 1174
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Extension of a Low-voltage Laboratory Grid by a Grid-forming Unit to Perform Microgrid Studies

Giuseppe Puleo¹, Maximilian Mütherig¹, Markus Zdrallek¹, Dirk Aschenbrenner²

¹University of Wuppertal, Germany; ²WSW Netz GmbH, Germany

ID: 1177
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Energy Modii: Transactive Grid Management Scheme for Resilient Micro-grids

Aditya Pappu, Gerwin Hoogsteen, Juan Camilo López, Johann L. Hurink

University of Twente, The Netherlands

ID: 1181
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Automated Tightly-Stacked Protection Coordination

Farnaz Harirchi, Yoav Sharon

S&C electric company, United States of America

ID: 1184
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Utility Seeks to Improve Reliability and Resilience for Rural Customers with Dynamic Boundary Microgrid – A Feasibility Study

Michael Geocaris

S&C Electric Company, United States of America

ID: 1187
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Improving Smart Grid Resilience Using Unavailability Analysis and Maintenance Optimization

Matej Vrtal¹, Daniel Krpelik², Pavel Praks², Radim Bris², Radek Fujdiak¹, Petr Toman¹

¹Brno University of Technology, Czech Republic; ²Technical University of Ostrava, Czech Republic

ID: 1190
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Resilient Features of a Grid-forming Multiport Power Converter

Sam Lachlann Harrison¹, Mebtu Beza², Agusti Egea Alvarez¹

¹University of Strathclyde, United Kingdom; ²Chalmers University of Technology, Sweden

ID: 1193
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

LVAC Microgrid Control for Resilient Operation: Pilot Results

Jacob Miscio, Aniket Joshi, Harish Suryanarayana

ABB, United States of America

ID: 1199
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Federated Learning Forecasting for Strengthening Grid Reliability and Enabling Markets for Resilience

Lucas Pereira¹, Vineet Nair², Bruno Dias³, Hugo Morais⁴, Anuradha Annaswamy²

¹ITI, LARSyS, Técnico Lisboa, Portugal; ²Massachusetts Institute of Technology, USA; ³Juiz de Fora Federal University, Brazil; ⁴INESC-ID, Técnico Lisboa, Portugal

ID: 1200
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Resilient Control Center to Substation Device Communication

Ina Berenice Fink¹, Markus Dahlmanns¹, Gerrit Erichsen², Klaus Wehrle¹

¹RWTH Aachen University, Germany; ²Schleswig-Holstein Netz AG, Germany

ID: 1204
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Demonstration of Long Distance LVDC Distribution System Using a New Method That Control Batteries in Response to Load Fluctuation

Kento Yonezawa¹, Masayuki Wakutani¹, Takuya Sakamoto¹, Takaya Anegawa¹, Takumi Yoshioka¹, Hiroyuki Ono², Kazuo Hisatomi², Yuya Kawachi², Kazuma Okamoto², Yasutaka Nishigaki², Kazuki Ogawa²

¹Kansai Transmission and Distribution, Inc, Japan; ²DAIHEN Corporation, Inc, Japan

ID: 1210
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

A Study on a Multi-purpose ESS Utilization Business Model for Enhancing Grid Resilience

Ji-gwan Kim, Sang-won Lee, Kyeong-hwan Kim, Seung-bum Bae, Seung-min Jang

Korea Electric Power Corporation

ID: 1211
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Research on Fault Prediction and Self-healing Strategy of Power Distribution System Based on Big Data Analysis

Jie Shen

State Grid Shibei Power Supply Company, China

ID: 1212
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Intentional Islanding Method with Temporary Overvoltage Analysis

Myungseok Yoon, Jinwoo Jeong, Sungyun Choi

Korea University, South Korea

ID: 1214
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Development of a Web-based Module for Automatic Electrical Energy Management on an Animal Farm for a Resilient Electrical System

Williams Mathias Evina Nkolo^1,2, Camel Léonce Djoulako³, Josue Rostand Ossomo Oyono¹, Astride Youmsi Massoudom⁴, Julius Kewir Tangka¹

¹Department of Agricultural Engineering, Faculty of Agronomy and Agricultural Sciences, University of Dschang, Cameroon; ²Alpine West System Electrical, British Colombia, Canada; ³Laboratoire d’Informatique Appliquée de l’université de Douala, Cameroon; ⁴Cégep de Jonquiere. Water Management and Sanitation Department, Canada

ID: 1222
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Outage Prediction for High-Wind Events based on Machine Learning

Lena Peter¹, Katarina Knezovic², Muhammad Jawad³, Neeraj Katiyar⁴, Milos Subasic¹, Ashwin Shirsat⁵

¹Hitachi Energy Research, Germany; ²Hitachi Energy Research, Switzerland; ³Hitachi Energy Research, Poland; ⁴Hitachi Energy Research, Canada; ⁵Hitachi Energy Research, USA

ID: 1223
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Spectral Analysis for Tracking Transient Effects in Distribution Grids

Patrick Lehnen, Patrick Mack, Markus de Koster, Eberhard Waffenschmidt, Ingo Stadler

Technische Hochschule Köln, Germany

ID: 1224
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Energy Supply Time In An Islanded Grid Portion Re-Energized By Local Renewable Sources

Jane Marchand¹, Jérôme Buire¹, Vincent Debusschere¹, Jean Pompée², Iulia Ivan², Arturo Suman Bretas^1,3, Nouredine Hadjsaid^1,4

¹Univ. Grenoble Alpes, CNRS, Grenoble INP, G2Elab, 38000 Grenoble, France; ²Enedis, France; ³Electric Grid Security, Sandia National Laboratories, Albuquerque, NM, USA; ⁴Nanyang Technological University, Singapore 639798, Singapore

ID: 1227
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Integrative Modelling and Resilience Enhancement in Critical Infrastructure Systems: A Comprehensive Approach

Radek Fujdiak¹, Matěj Vrtal¹, Pavel Praks², Jan Benedikt¹, Petr Toman¹, Michal Beloch²

¹Brno University of Technology, Czech Republic; ²VSB - Technical University of Ostrava, Czech Republic

ID: 1228
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Monitoring and System Estimation Tool for a Hydro Power Plant in Automated Islanded Grid Operation for Emergency Power Supply

Johanna Timmermann¹, Claudia Bernecker-Castro¹, Tobias Lechner², Sebastian Seifried², Dirk Menker³, Christian Dellmann⁴, Michael Finkel², Rolf Witzmann¹

¹Technical University of Munich, Germany; ²Augsburg University of Applied Sciences, Germany; ³KIMA Automatisierung Gesellschaft für elektronische Steuerungstechnik und Konstruktion mbH, Germany; ⁴LEW Wasserkraft GmbH, Kraftwerkstechnik, Germany

ID: 1229
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Analysing Level of Harmonics in MV-Networks to Enhance Newly Designed Function for Real-Time Monitoring of Residual Current Level in Dispatch System

Karolina Cechova^1,2, Jaroslava Orsagova²

¹EG.D, Czech Republic; ²Brno University of Technology, Czech Republic

ID: 1231
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Ahead of the Growth Curve: Leveraging Predictive Analytics for Climate-Resilient Grid Vegetation Management

Nick Ferguson, Stephen Cenedella

LiveEO, Germany

ID: 1232
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

On-site Testing of Critical Components in Distribution Grids

Uwe Kaltenborn¹, Michael Sowerby², Thomas Melle², Peter Coors¹

¹HIGHVOLT Prüftechnik Dresden GmbH, Germany; ²Advanced Testing Systems, Inc., United States of America

ID: 1233
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Compensate Renewable Energy Producers for Periods when Local Constraints do Not Allow Them to Inject Using the Linear Regression

Luc Rodriguez, Jean-Baptiste Noel, Vincent Van Robaeys

Enedis, France

ID: 1237
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Hitless Active/active IP/MPLS Multipath Redundancy Mechanism Ensures Uninterrupted Communication for Differential Protection

Hansen Chan, Rob Wright

Nokia, Canada

ID: 1239
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

A Framework for Improving Grid Resilience by Improving the Reliability of Load Following Services of Microgrids

Bernhard Primas, Marco Lauricella, Matthias Schloeder, Matthias Biskoping

ABB Research Center Germany, Germany

ID: 1245
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Multi-assessment Tool for Electric Distribution Systems

Albert Gili Selga¹, Pol Paradell Solà¹, Antonio Pepiciello¹, Tolga Yalcin¹, Jorge Alejandro Torres García¹, Jose Luis Domínguez-García¹, Jacob Rodríguez-Rivero², Inmaculada Prieto², Ana Romero², Alejandro Berro², Rocío Domínguez²

¹IREC, Spain; ²e-Distribución Redes Digitales, Spain

ID: 1249
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Reliable 5G Network Slicing for Distributed Energy Systems: Validation of Live Performance During High-Load Event

Dennis Overbeck, Hendrik Schippers, Fabian Kurtz, Christian Wietfeld

Communication Networks Institute (CNI), TU Dortmund University, 44227 Dortmund, Germany

ID: 1256
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Dynamic Power Quality Monitoring via Power Decomposition

Mattewos Tefferi¹, Aleksandar M. Stankovic², Nick Nakamura³, Nenad Uzelac¹

¹G&W Electric, United States of America; ²SLAC National Accelerator Laboratory, United States of America; ³Powerside, United States of America

ID: 1261
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Distribution Resiliency Through FLISR Implementation

Jason Estel

Burns & McDonnell, United States of America

ID: 1264
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

CoMap Project: Integration of Grid Analysers in Digital Twins for Improved Grid Monitoring and Resilience

Juan Alvaro Montoya Perez¹, Christian Bendfeld¹, Jonas Steffen¹, Derk Gonschor², Detlef Naundorf³, Marvin Albrecht⁴

¹Fraunhofer IEE, Germany; ²H-BRS University of Applied Sciences, Germany; ³MicroNova AG, Germany; ⁴Es-geht! Energiesysteme GmbH, Germany

ID: 1265
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Enhancing Resilience - Asset Monitoring and Digitalization help to add DER and NOG switchgear

Thomas Duerr¹, Oliver Hartmann², Puneet Singh¹, Ehrhard Aumann¹

¹Siemens AG, Germany; ²Siemens Ltd., United States of America

ID: 1266
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Strategic Load Shedding for Reduced Impact of Extreme Weather Events on Distribution Systems

Celso Rocha, Jared Green, Van Holsomback, Brian Deaver

EPRI, United States of America

ID: 1274
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Enhancing Electric Power System Resilience Through Modern Digital Protection Systems

David Dolezilek

Schweitzer Engineering Laboratories, Inc., United States of America

ID: 1280
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Optimization of Hydrogen-Based Management Systems for Enhancing Distribution Network Resilience

Ali Hassan Kamlo, Fabrizio Pilo, Simona Ruggeri

University of Cagliari, Italy

ID: 1282
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Prosumer-enabled Grid Resilience – Emerging Systems Views from Pilots and Vision for Standards-based Interoperability

Mayank Sharma¹, Jean Wild²

¹Schneider Electric, France; ²Schneider Electric, France

ID: 1283
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Benefits and Use-Cases of Four-Wire Inverters for Inverter-Based DERs

Nishant Bilakanti¹, Wenzong Wang¹, Ramkrishna Mishan², Aminul Huque¹

¹Electric Power Research Institute (EPRI), United States of America; ²University of Nevada, United States of America

ID: 1285
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Evaluation of Open Phase Detection Technologies: Relay Protection Logics and UL 1741SB Certified Inverter

Yiwei Ma, Charles Brewster, Aminul Huque

EPRI, United States of America

ID: 1288
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Eco-Friendly IOT Switchgear – Reducing Uncertainty While Accelerating SF6-Free Transition

Andres Laso¹, Kennedy Darko¹, Mattewos Tefferi¹, François Gegot², Nick Nakamura³, Nenad Uzelac¹

¹G&W Electric, United States of America; ²WIKA, France; ³Powerside, United States of America

ID: 1294
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Holistic Resilience Monitoring in State-of-the-Art Power Supply Systems

Kris Schroven¹, Benjamin Lickert¹, Kushal Srivastava¹, Sebastian Ganter¹, Mirjam Fehling-Kaschek¹, Jörg Finger¹, Alexander Stolz²

¹Fraunhofer Institute for High-Speed Dynamics, Ernst-Mach-Institut, EMI, Germany; ²Albert-Ludwigs-Universität, Freiburg, Germany

ID: 1295
FULL PAPER - Theme 2: Technologies and Solutions for Resilience Improvement

Renewable Energy Output Control Method to Resolve Power Supply and Demand Imbalance

Jiho An, Yong Sam Kim, Hae young Jeong, Hwan ki Park

KEPCO KDN, South Korea