Conference Agenda
Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).
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Agenda Overview |
| Date: Tuesday, 09/June/2026 | |
| 8:00am - 9:45am |
Registration & Welcome Coffee Location: Entrance Hall User your QR code to check-in to the workshop and enjoy a nice coffee before the sessions start! |
| 9:45am - 10:00am |
Welcome Speech by Dag Eirik Nordgård, Workshop Chair Location: Auditorium Chair: Dag Eirik Nordgård, SINTEF, Norway |
| 10:00am - 10:20am |
Keynote 1 Location: Auditorium |
| 10:20am - 10:40am |
Keynote 2 Location: Auditorium |
| 10:40am - 11:10am |
Coffee Break Location: Catering & Exhibition Area |
| 11:10am - 12:10pm |
Round Table 1: Regulation for Innovation – at European / National Level Location: Auditorium Chair: Quentin Antoine, ENGIE Laborelec, Belgium Panelists
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| 12:10pm - 1:25pm |
Lunch Location: Catering & Exhibition Area |
| 1:25pm - 2:55pm |
Theme 1 Oral Session – New Methods for Planning Reliable, Resilient and Sustainable Networks Location: Auditorium Chair: Fabrizio Pilo, University of Cagliari, Italy Chair: Riccardo Lama, CEI - Comitato Elettrotecnico Italiano, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Planning LV Networks for Effective Voltage Control Under Partial Deployment of PQ-Controlled PV Inverters 1: ENGIE Laborelec, Belgium; 2: Fluvius SO, Belgium; 3: Ores SO, Belgium; 4: Sibelga SO, Belgium; 5: Resa SO, Belgium 1:40pm - 1:55pm FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Value And Pricing Of Flexibility In Distribution Network Operation 1: Helen Electricity Network Ltd., Finland; 2: Tampere University., Finland 1:55pm - 2:10pm FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Enhancing Load Profile Modeling through Coupling of Smart Meter and Public Register data – A Danish Case Study Green Power Denmark, Denmark 2:10pm - 2:25pm FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Large-Scale Cost-Benefit Analysis of Photovoltaic Flexibility in Distribution Grids: A Methodology based on Representative Feeders Mines Paris PSL, France 2:25pm - 2:40pm FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Prosumer Synchronisation Risk: Impacts of Time-Varying Tariffs on Distribution Network Expansion 1: Power Systems Laboratory, Institute for Power Systems & High Voltage Technology, Department of Information Technology and Electrical Engineering, ETH Zurich, Zurich, Switzerland.; 2: Reliability and Risk Engineering Laboratory, Institute of Energy and Process Engineering, Department of Mechanical and Process Engineering, ETH Zurich, Zurich, Switzerland.; 3: Urban Energy Systems Laboratory, Swiss Federal Laboratories for Materials Science and Technology, Zurich, Switzerland.; 4: Beijing Institute of Technology, Beijing, China 2:40pm - 2:55pm FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks The Role Of Digital Twins In Enabling New Grid Connections. A Swedish DSO Case Study 1: Universidad de Oviedo / Plexigrid, Spain; 2: Plexigrid; 3: Nordion Energi; 4: Universidad de Oviedo |
| 2:55pm - 4:55pm |
Poster Session 1 (Theme 2 & Theme 3) & Coffee Break Location: Poster Hall Chair: Jan Desmet, Ugent, Belgium Chair: Ingrid Schürrer, Salzburg Netz GmbH, Austria FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Smart Meter Integrated Controllable Load Based Demand Side for Enhancing Power System Frequency under Communication Delay Upper Egypt Electricity Distribution Company, Aswan, Egypt FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Implementation of EHV PQ Measurement in the Czech Republic ČEPS a.s., Czech Republic FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Non-Invasive Thermal Aging Monitoring System for Medium-Voltage DC Cables Nexans, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Lessons Learned from Building and Deploying a Generic IA Tool to Qualify Multiple Textual Data at Enedis 1: Enedis, France; 2: Enedis, France; 3: Enedis, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Heuristic Algorithm For Distribution Grid Congestion Management 1: Hitachi Energy, United States of America; 2: Hitachi Energy, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Evaluation of a Mixed Operating Envelope for EV Charging Based on Real Building Load Profiles 1: Siemens, Austria; 2: Wiener Netze, Austria FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Implementing DER Control And Flexible Connections in The Netherlands, The Stedin Case Study Stedin, The Netherlands FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Allocation of Dynamic Operating Envelopes in Radial Distribution Networks 1: LIST - Luxembourg Institute of Science and Technology, Luxembourg; 2: UMONS - University of Mons, Belgium FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Field Data of High-Performance Circuit Breakers with Integrated Data Concentrator ABB S.p.a., Italy FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Controlled Switching: Enabling Future‑Ready MV Networks. Key Lessons from High‑Duty Field Applications ABB spa, Italy FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Construction And Operation Of A Stationary Battery Energy Storage System Utilizing Used EV Batteries The Kansai Electric Power Co., Inc., Japan FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Performance Evaluation of Novel Injection-based ASC Control Method Using Primary Testing 1: ABB Oy, Finland; 2: Elenia Verkko Oyj, Finland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Implementing BPL Technologies On The Low Voltage Network: First Results From The Broadband And Narrowband PLC-Combined Rollout In Spain Iberdrola España, Spain FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Evaluation Of A Rule-Based Energy Management System For Residential White Goods KU Leuven, Electa Ghent FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Coordinated Control System for Power Quality in Distribution Networks with Wide-Band Sensing and a Cloud-Edge-End Architecture: Design and Application CEPRI, China FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Wide-Area Voltage Optimisation for Active Distribution Networks 1: SMPnet, UK; 2: PNDC, UK; 3: University of Strathclyde, UK; 4: UK Power Networks, UK FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Pilot-Phase Results of E.ON Hungária’s Local Flexibility Market Platform E.ON Észak-dunántúli Áramhálózati Zrt., Hungary FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Lessons Learned from Stakeholder-Driven Requirement Analysis for an Open and Modular Energy Management Platform 1: Fraunhofer Institute for Applied Information Technology FIT, Germany; 2: RWTH Aachen University, Germany; 3: OFFIS – Institute for Information Technology, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Distribution Fault Anticipation: Real-time Health Monitoring for Distribution Networks Using Waveform Analytics Texas A&M University, United States of America FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Congestion Assessment in Distribution Grids Using Python and OpenDSS Conversion Pipeline 1: Hitachi Energy Research, Germany; 2: Hitachi Energy Germany AG; 3: Hochschule Darmstadt FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Digital Low-Voltage Monitoring Deployment In Bucharest: Lessons Learned From A Large-Scale Field Implementation 1: Smilics Technologies, Spain; 2: Retele, Romania FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Phoenix: Intelligent Fault Detection for Resilient and Sustainable Distribution Networks 1: Fournier Grospaud Synerys; 2: OMEXOM, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Data-Driven Surrogate Limit Identification on Feeder Currents and Substation Loading to Guarantee Voltage Stability in Low-Voltage Grids 1: Siemens AG, Germany; 2: Technical University of Darmstadt, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Powering Industrial-Scale Grid Inspections with AI-Powered Asset Analytics Arkion Solutions AB, Sweden FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Practical Implementation of Power Envelopes at a Belgian Distribution System Operator ORES, Belgium FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Technical and Market Outcomes and Operational Insights from the MiNDFlex Project: Evaluating Local Flexibility in Milan’s Distribution Grid 1: Politecnico di Milano, Milan, Italy; 2: A2A, Milan, Italy; 3: RSE, Milan, Italy; 4: Università di Pavia, Pavia, Italy FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Performance Monitoring in IEC 61850-Based Digital Substations: CPFL’s Experience at Souzas Substation 1: CPFL, Brazil; 2: UFSM, Brazil FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Continuous PQ Insights for Grid-Friendly Non-Linear Assets Tele Haase, Austria FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks From Concept to Reality: How Sensorization and Automation Are Transforming MV & LV Networks 1: E&C & Asset Technology, E-REDES - Distribuição de Eletricidade, S.A, Lisboa, Portugal;; 2: INESC Coimbra - Instituto de Engenharia de Sistemas e Computadores de Coimbra, Coimbra; 3: Smart Grid Center PT, E-REDES - Distribuição de Eletricidade, S.A, Lisboa, FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks An Advanced Approach to Fault Location Combining TDR and Surge Time-of-Arrival Difference Methods 1: Kansai Transmission and Distribution, Inc., Japan; 2: Kyushu Institute of Technology, Japan; 3: Kyoto University, Japan; 4: DAIHEN Corporation, Japan FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Field Demonstration on Degradation Diagnosis and Evaluation of Stationary Battery Energy Storage Systems in Operation Using Charging Curve Analysis 1: The Kansai Electric Power Company, Inc., Japan; 2: Toshiba Energy Systems & Solutions Corporation, Japan; 3: Toshiba Corporation, Japan FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Customer-Oriented Online Service for Distribution Network Optimization and Promotion of Energy Transition Helen Electricity Network Ltd, Finland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Network Pilot Demonstration on the Monitoring and Control Capability of Rooftop Solar PV in Ireland Electricity Supply Board (ESB) Networks, Ireland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Economical and Resource-Saving Use of Phase Shifting Transformers within the Swiss 150 kV Grid of the City of Zurich 1: ewz, Swiss; 2: Maschinenfabrik Reinhausen GmbH, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Increase In Grid Utilisation & Capacity Through Impedance Reduction & Voltage Control Using Capacitive Transfer System Cable Enertechnos, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Impact of A Vacuum Circuit-breaker on a MV Network: Modelling, Stresses Developped, and Description of the Non-linearity Involved 1: EDF, France; 2: Grenoble_INP-Ense3 FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Layered Control for Multi-Use Battery Storage 1: University of Twente, The Netherlands; 2: Alliander N.V., The Netherlands; 3: Saxion University of Applied Sciences, The Netherlands FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Applications of Machine-Learned State Estimation in Low-Voltage AIT- Austrian Institute of Technology - Center for Energy, Austria FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Identifying And Mapping Shared Service Cables Using Artificial Intelligence For The Adoption Of Low Carbon Technology On The LV Network Of Ireland ESB, Ireland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Dynamic Line Rating in Practice: Comparing Sensor-Based and Sensorless Methods on the Portuguese Grid E-REDES, Portugal FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Sparse-PMU-Based Fault Location for Enhanced Operation of Distribution Power Networks 1: Department of Electrical, Electronic, and Information Engineering, University of Bologna, Italy; 2: Innovation ENEL Grids, ENEL Group, Italy FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Demonstrating an Open Digital Twin Platform for Unified MV–LV Operation 1: OFFIS - Institute for Information Technology, Germany; 2: Fraunhofer Institute for Applied Information Technology FIT; 3: RWTH University Aachen FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Systematic Approach To Successfully Implement Innovation For Power System Assets Vattenfall Eldistribution AB, Sweden FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks DA/RE – Two Years Of Operational Experience With An IT Platform For Small-Scale Flexibility In Redispatch TransnetBW GmbH, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Pilot for Model-Free Active Flexibility Management for Low-Voltage Grids According to German Regulation (§14a EnWG) 1: Siemens AG, Germany; 2: Technical University of Darmstadt, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Interoperable Digital Twin Data for Electrical Distribution Grids 1: TU Dortmund University; 2: Hochschule Bonn-Rhein-Sieg; 3: ef.Ruhr GmbH; 4: Stadtwerke Wunsiedel GmbH FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Tripling Capacity Through Voltage Regulation On Long MV Feeder 1: Magtech AS; 2: Føie AS; 3: Maschinenfabrik Reinhausen GmbH FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks QUEST – An Overarching System Control Solution: Live Trials & Digital Twin Validation 1: Smarter Grid Solutions, United Kingdom; 2: SP Electricity North West, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Overhead Line Fault Location on 11kV Networks Using a Common Disturbance Information Platform 1: National Grid Electricity Distribution; 2: Nortech Management Ltd FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks EleXsys dSTATCOMs in the E-REDES LV Network: Field Results and Insights for Advanced Volt/Var Control 1: E-REDES, Portugal; 2: Stara Smart Grid; 3: EDP Inovação FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Stochastic Multi-Asset Optimisation for Energy Strategic Planning: a Study Case at Brussels Airport 1: Jetpack.ai, Belgium; 2: Resa, Belgium; 3: Brussels Airport Company (BAC), Belgium FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Lessons Learned from an innovation department at a Belgian DSO ORES FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Potential For Reducing Redispatch Volumes Through The Use Of Dynamic Line Rating (DLR) And Curative Protection Measures (CRM) 1: FGH GmbH, Germany; 2: Schleswig-Holstein Netz GmbH, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Active Fault Level Management - Development and Delivery 1: Scottish Power Energy Network, United Kingdom; 2: Smarter Grid Solutions, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Data Inconsistency In A Century-old Business With Delayed Digitalization: A Daily Algorithm For The Automatic Integration Of Data Ingelectus, Spain FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Customer Perception of Demand-Side Flexibility Tariffs in Switzerland 1: Lucerne University of Applied Science and Arts HSLU, Switzerland; 2: Primeo Netz AG, Switzerland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Pythia: Implementing Day-ahead Congestion Management In The German LV Grid 1: Orion Grid Technologies, Belgium; 2: Avacon Netz GmbH, Germany; 3: MITNETZ STROM, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Future-Proof Control Architecture for System Operator-Owned Power Electronic Devices in Low Voltage Distribution Networks 1: Newcastle University, United Kingdom; 2: SP Energy Networks, United Kingdom; 3: iGrid Technology Consulting, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Edge-Hosted Virtual Protection Functions: Implementation and Validation of a Docker-Based vIED Using IEC 61850 SV and GOOSE 1: University POLITEHNICA of Bucharest, Romania; 2: Polytechnic University of Milan; 3: Eximprod Engineering, Bucharest, Romania FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Algorithm Benchmark for Partial Discharge detection sensitivity in small-scale Medium Voltage Networks 1: Siemens AG, Germany; 2: Technical University of Darmstadt, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks AI for Predictive Maintenance and Customer Satisfaction Improvement ENEDIS, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks DIGITECHNETZ – Challenges and Solutions in Implementing a Smart Grid Platform in Real Low-Voltage Distribution Grids 1: TUD Dresden University of Technology, Germany; 2: DIgSILENT GmbH, Germany; 3: SachsenNetze GmbH, Germany; 4: F&S Prozessautomation GmbH, Germany; 5: Robotron Datenbank-Software GmbH, Germany; 6: emsys grid services GmbH, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Data-Driven Low-Voltage Grid Operations 1: Avacon Netz GmbH, Germany; 2: Westnetz GmbH; 3: E.ON Grid Solutions GmbH; 4: envelio GmbH FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks From Hunting Zones to Scale‑Up: EDP’s Innovation Strategy for Faster Adoptive Solutions in Distribution Networks EDP Innovation, Portugal FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Mitigating Faults in Medium-Voltage Distribution Systems Using Electronic Single-Phase Sectionalizers Celesc Distribuição S.A., Brazil FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Cross-Validation of Bayesian Linear State Estimation on a Real-World German Medium-Voltage Grid 1: Technology and Economics of Multimodal Energy Systems lab, Technical University of Darmstadt, Darmstadt, Germany; 2: Foundational Technologies - Sustainable Energy & Infrastructure, Siemens AG, Erlangen, Germany; 3: Allgäu Netz GmbH & Co. KG, Kempten, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks E-REDES Automated Vegetation Management Audit for Distribution Networks Using High-Resolution Satellite Imagery and AI E-REDES, Portugal FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Sustaining a National Asset-Risk Methodology: Governance, Alignment and Expertise Transition in Common Methodology v3 1: EA Technology, United Kingdom; 2: Scottish & Southern Electricity Networks, United Kingdom; 3: Northern Powergrid, United Kingdom; 4: EA Technology, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Data Analytics Implementation and Benefits in a Power Distribution Network –AI Fault Prediction Use Case 1: ABB Oy, Finland; 2: UK Power Networks, UK FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Beyond Smart Meters: The Next Chapter in Smart Grid Innovation 1: E-Redes, Portugal; 2: HC Distribución Eléctrica; 3: EDP Inovação; 4: VIESGO Distribución Elétrica S.L. FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Edge Computing for Real-Time Monitoring and Self-Healing in Digital Distribution Systems 1: University of Pavia, Italy; 2: RSE S.p.A.; 3: A2A S.p.A. FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks From Theory to Practice: Determining Optimal Mesh Topology for Smarter Low Voltage Distribution Networks 1: EDP Innovation, Portugal; 2: E-REDES, Portugal; 3: EDP Redes, Spain; 4: Amber Tree, Portugal FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Convergence and Accuracy Analysis of an Alternative State Estimation Method for Medium-Voltage Grids 1: Graz University of Technology Institute of Electrical Power Systems, Austria; 2: Netz Oberösterreich; 3: Energienetze Steiermark; 4: KNG-Kärnten Netz; 5: Salzburg Netz; 6: TINETZ-Tiroler Netze; 7: Wiener Netze FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Embedding ESG Performance Into Distribution Network Digitalization: A Strategic Transformation Framework for NEDC Nama Electricity Distribution Company, Oman FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Smart and Innovative Approaches to Flexibility & Resilience in Distribution Networks planning: Insights from Residential Load Profiles and Large-Scale Demand Northern Powergrid, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Non-Intrusive EV Charging Power Estimation for Improved Pseudo-Measurements in Low-Voltage Grid State Estimation 1: University of Wuppertal, Germany; 2: SWKiel Netz GmbH FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Validation of Incremental Measurement Point Optimization in Low Voltage Grids and the influence of PV reference measurements 1: EWE NETZ GmbH, Germany; 2: PSI Software SE; 3: Fraunhofer IEE FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Integration Of D-FACTS Devices In Power Flow Studies Of Distribution Networks Using MANA. 1: Univ. Grenoble Alpes, CNRS, Grenoble INP*, G2Elab, France; 2: Université Claude Bernard Lyon 1, Ampère, UMR5005, INSA Lyon, Ecole Centrale de Lyon, CNRS, France; 3: Ikattan, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Open Integrated IoT Suite To Master The Challenges Of The Energy Transition Siemens AG, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Grid Guardian – The Platform For Long-Term Monitoring of Compensated Network Parameters 1: EG.D., s.r.o., Czech Republic; 2: Brno University of Technology, Czech Republic FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Cluster-Based and Regression-Enhanced Forecasting of Day-Ahead Prosumer Demand Schedules in Distribution Systems Institute of Electrical Power and Energy Technology, Hamburg University of Technology, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks The Monitoring Of The LV Electric Network Within The Realized Self Optimizing Grid (SoG) Concept Of The MV Electric Distribution Network 1: Elektrodistribucija Srbije Belgrade, Serbia; 2: Siemens Belgrade, Serbia FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Analytical Approach To Dynamic Hosting Capacity Assessment In A Distribution System Based On Voltage And Load Time Series HEP ODS, Croatia FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Exploring New Levers Against Upper Voltage Violation Constraint, Medium Voltage Shunt Reactor Investigation Feedback 1: EDF R&D, France; 2: Enedis Direction Technique FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks VICORE: A Hybrid Real-Time Test Platform for PAC Functions Using Virtualized IEDs in Power Distribution Network 1: L2EP, France; 2: EDF R&D, EDF Lab Paris Saclay, France; 3: Spherea, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Feeder Forecast for Proactive Congestion Management in Low-Voltage Grids 1: envelio GmbH, Germany; 2: Avacon Netz GmbH; 3: Westnetz GmbH FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Pilot Results on Autonomous Inverter Control for LV Grids 1: Budapest University of Technology, Department of Power Engineering; 2: Deep Dive Solutions Bt.; 3: E.ON Hungary, Network Innovation and Funding Management FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Data Governance for LV Grid Twins_Lessons from Spain and Portugal Ariadna Grid, Spain FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Impact of a Multi-MW Grid-forming Battery Storage System on Grid-connected Distribution Network Stability University of Stuttgart, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Detection of Topological Errors in Distribution Networks Using State Estimation Residual Patterns 1: Haulogy, Belgium; 2: University of Liège; 3: RESA FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Deployment Of 3D Printing At Enedis: Lessons Learned From The Effective Field Implementation Of A Disruptive Technology In The Maintenance Activities Of A DSO ENEDIS, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Simulation and Realization of Dynamic Grid Coupling and Network Reconfiguration with Real-Time Grid Condition Monitoring Karlsruhe Institute of Technology, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Electric Vehicle Hosting Capacity in Low-Voltage Networks Considering the Probability of Concurrent Charging 1: Haulogy, Belgium; 2: University of Liège; 3: RESA FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Improving Grid Disturbance Immunity through Fast-Acting Voltage Restoration Technologies The Tata Power Company Limited, Mumbai Distribution, India FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Dynamic Phase Balancing for Voltage Quality Improvement in LV Networks: Field Trial Results 1: Ghent University, Belgium; 2: Vrije Universiteit Brussel, Belguim; 3: Low Carbon Electric Limited, United Kingdom; 4: UK Power Networks, United Kingdom; 5: National Grid Electricity Distribution, United Kingdom; 6: The University of Manchester, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Deploying Compact Substation Solutions in Mumbai’s Metropolitan Distribution Network The Tata Power Company Limited, India FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks The Case of the Shunt Reactor in Substation 110/35/20 kV Krk, Croatia HEP ODS d.o.o., Croatia FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Automated AI-Based Asset Mapping: Lessons Learned From Large-Scale Deployment in Distribution Network Fu2re, Brazil FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Maps of Hosting Capacity for Distribution Networks: Aligning Theoretical KPIs with Strategic Decision-Making Needs 1: Politecnico di Milano, Italy; 2: Deval S.p.A. FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Proactive Distribution Grid Operation Enabled by Continuous Power Quality Monitoring and Analytics 1: Powerside, United States of America; 2: Dominion Energy, United States of America FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Qualification of a Data-Driven Grid Modelling Approach for Low Voltage Networks Odit-e Sagemcom, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Automating Fault Location, Isolation, and Service Restoration in German Distribution Networks: Cost-Benefit Analysis and Lessons Learned from the NETZlabor Allgäu Netze BW, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Small-Scale DC Grid Demonstration in Port of Funchal 1: INESC ID; 2: U. Madeira, Portugal; 3: ITI LarSys; 4: IST, Portugal FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Enabling Interoperable EV Integration through Protocol Translation: Bridging Smart Charging Infrastructure with Operational Grid Systems 1: School of Computer Science & Electronic Engineering, University of Essex, United Kingdom; 2: SMPnet, London, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Qualification Of A Data-Driven GIS Enhancement Approach For Low-Voltage Grids Odit-e, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks On the Evolution of Reactive Power Demand in Swiss Medium and Low Voltage Networks 1: ETH Zürich, Switzerland; 2: CKW AG, Switzerland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Fast and Accurate Grid State Estimation Using Physics-Informed Graph Neural Networks CSEM, Switzerland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Field Evaluation of a Phase Balancer in Low-Voltage Networks E.ON Hungary, Hungary FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks OptiQU: Coordinated Multi-Level Voltage and Reactive Power Control for Enhanced Voltage Quality and Secure Grid Operation 1: Fraunhofer Institute for Energy Economics and Energy System Technology (Fraunhofer IEE), Germany; 2: University of Kassel, Germany; 3: Mitteldeutsche Netzgesellschaft Strom mbH, Germany; 4: Thüga AG, Germany; 5: Thüga Energienetze GmbH, Germany; 6: TU Dortmund University, Germany; 7: Maschinenfabrik Reinhausen GmbH, Germany; 8: EnSolVision GmbH, Germany; 9: Dipl.-Ing. H. Horstmann GmbH, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Anticipating the Human Impact of AI : A Workshop-Based Approach of transformation at Enedis Enedis, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Automated Consolidation Of Dispersed DSO Data Resources Into A Consistent Digital Twin Of The Distribution Grid 1: Eastern Switzerland University of Applied Science (OST), Switzerland; 2: ETH Zürich, Switzerland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks E.ON-Lab: Prescaling The Transformation Of The Power Grid Into A Digital, Flexible, And Intelligent System 1: Avacon Netz GmbH, Germany; 2: Westnetz GmbH, Germany; 3: Edis Netz GmbH, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Implementation of Real-Time Fault Level Monitoring to Facilitate Decarbonisation Growth SP Energy Networks, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Digital Twin for Future Power and Energy Systems: A Review University of Vaasa, Finland FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Microservice-Oriented Integration Layer for LV Management Tools 1: INESC TEC; 2: Eneida.io FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Generating Insights for Low-Voltage Distribution Grids from Per-Phase Smart Meter Data 1: Technical University of Denmark (DTU); 2: INILAB; 3: Cerius-Radius FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Case Study on the Operation of the Change Simulator for the Prevention of Line Electrical Distributon Due to Worker's Negligence KEPCO, Republic of South Korea FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks HIL-Based Protection, Automation, and Control Testing Platform: Benchmark of GOOSE Message Transfer Times Across Multi-Vendor IEDs Federal University of Santa Maria, Brazil FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Integrating Data Engineering And Data Science Tools To Enhance Distribution Network Performance EDP São Paulo, Brazil FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Fault Current Limiting Circuit Breaker Pilot Installation 1: ABB AB, Sweden; 2: ABB AG, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks An Integrated Framework for Managing Energy Imbalance in Iran’s Distribution Networks through Optimal Deployment of Distributed Renewables, Storage Systems, and Demand Response Greater Tehran Electric Power distribution Company, Iran FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Field Validation and Perspective on Distribution-scale Grid-Forming Battery Storage for Synthetic Inertia Budapest University of Technology and Economics, Hungary FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Remote Protection for Digital Substations – Piloting Experiences and Analysis 1: ABB Distribution Solutions; 2: Suur-Savon Sähkö; 3: Järvi-Suomen Energia FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Proactive Detection of Unauthorized Cryptocurrency Mining Loads in Distribution Networks Using Integrated Electrical and Privacy-Preserving Telecom Data Great Tehran Electricity Distribution Company, Iran FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Implementing And Performance Of Innovative Grid Technologies Increased Grid Utilization And Faster Grid Development For Smart Grid Distribution Networks 1: Smart Wires, Ireland; 2: CurrENT Europe; 3: CTC Global; 4: Enertechnos; 5: Epsilon-Composite; 6: Magtech FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Deployment of Innovative Operating Technologies to Mitigate LV Congestions: Identified Field Problems and Solutions Ormazabal, Spain FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Embedding Flexibility-Driven Innovation in Distribution System Planning University of Cagliari, Italy FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks LV outage Management in ADMS Sibelga SO, Belgium FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Reduction of the Impact of Power Measurement Errors on Grid Parameter Estimation FH Münster - University of Applied Sciences, Germany FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Lessons Learned from Developping a DERMS Optimization Platform in a Large-Scale Distribution Network 1: Sia AI, France; 2: Enedis, France FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Automated Metro-Style Low Voltage Grid Visualization for Rapid Grid Development 1: Alliander, Arnhem, The Netherlands; 2: ElastIQ-Connect, ’s-Hertogenbosch, Netherlands FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Connection Of Distributed Electrical Energy Generation Sources With Enabled P/U Characteristic Elektro Celje, d.d., Slovenia FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Adopting the Smart Grid Maturity Model to Drive Regulatory Innovation and Manage Business Risk: The Nama Electricity Distribution Experience, Oman. The Authority for Public Services Regulation, Oman FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk AI-Driven Load Disaggregation for Smart Meter Consumers Tata Power Company Limited, India FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Survey And Analysis Of Real-time Distribution Grid Congestion Management 1: Stedin; 2: TU Delft; 3: TU Eindhoven FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Community Energy Storage Systems in Low-Voltage Distribution Networks: Definitions, Use- Cases, and Deployment Challenges KU Leuven/EnergyVille, Belgium FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Designing Active Operation in Low-Voltage Distribution Grids: Requirements, Interfaces and Roadmap 1: University of Kassel, Germany; 2: Fraunhofer Institute for Energy Economics and Energy System Technology IEE FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Grid Capacity Market For Pre-empting Grid Congestion TNO, The Netherlands FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Open Data–Driven Estimation of Long-Term Distribution Line Outage Risks in Disasters 1: Kansai T&D, Japan; 2: Osaka Metropolitan University FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Preliminary Evaluation: methodological approach for Grid Initiatives analysis, sharing and prioritization Enel Grids, Italy FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Flexible Connection Agreements And TOTEX Incentive Regulation For Efficient Network Infrastructure Deployment: The Spanish Case Comillas Pontifical University, Institute for Research in Technology (IIT), Spain FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Italian 2025 Distribution Network Development Plans, overview and possible improvements Ricerca sul Sistema Energetico, Italy FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Future for Security of Supply for Electricity Distribution 1: National Grid, United Kingdom; 2: University of Bath FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Accelerating Replacement Of Ageing Distribution Transformers: Mapping The Landscape With EU-TRACE 1: Institute for Research in Technology (IIT), Universidad Pontificia Comillas, Spain; 2: E.DSO, Belgium; 3: International Copper Association Europe, Belgium FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk The Lack Of A Legal Framework For Regulatory Sandboxes In Energy Markets 1: Sibelga, Belgium; 2: Université libre de Bruxelles FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk How Tariff-Based EV Flexibility Can Delay - But Not Solve - Network Loading Challenges In Northern Ireland 1: EA Technology, Capenhurst, United Kingdom; 2: Northern Ireland Electricity Networks Limited, Belfast, Northern Ireland; 3: SYSTRA,Woking,UK FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Identification of Energy Sharing Use Cases in the research project SkIES 1: FfE, Germany; 2: Universität Kassel FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Unlocking The Flexibility Behind AI-based Energy Management Systems (EMS) For Congestion Management 1: HAN University of Applied Sciences; 2: TNO; 3: Alliander FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk From Setup Towards a Functional Local Flexibility Market 1: Helen Electricity Network Ltd., Finland; 2: Fingrid Oyj, Finland FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Analysis of the Alignment Between Low-Voltage Network Hosting Capacity and Regulatory Constraints for Prosumers: Case Study in Federation of Bosnia and Herzegovina JP „Elektroprivreda HZ HB“ d.d. Mostar, Bosnia and Herzegovina FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Estimating the Energy Use of Public EV Charging Infrastructures Enedis, France FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Strategies for BESS Deployment Aligning Market Solutions and Regulatory Frameworks with Grid Needs Northern Powergrid, United Kingdom FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Distributed Energy Resource Remuneration For Power System Resilience Enhancement 1: KTH, Royal Institute of Technology, Sweden; 2: Vattenfall Eldistribution AB, Sweden FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Towards a New Era of Data Acquisition: Belgian Railway Expertise and Perspectives for Power Distribution Networks 1: OMEXOM, France; 2: AXIANS, Belgique; 3: Hylight, France FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Comparison of Different Dynamic Network Tariffs for Economically Operating Battery Energy Storage Systems in Distribution Grids Karlsruhe Institute of Technology, Germany FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Assessment of Baseline Methods for DSO Flexibility Markets: Quantitative Evidence From the UK University of Birmingham, United Kingdom FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Managing EV Charging and Renewables under Limited LV Grid Capacity: A Regulatory Perspective Siemens AG Austria FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Fairness Quantification of Congestion Management Measures in Distribution Systems Based on Customer Impacts Institute of Electrical Power and Energy Technology, Hamburg University of Technology (TUHH), Germany FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Dynamic Operating Envelope Grid Prequalification for Sequentially Coordinated Flexibility Markets VITO & Energyville, Belgium FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk PyECOM Frontend – Assessment of Algorithms for Energy Communities 1: INESC ID; 2: U. Madeira, Portugal; 3: ITI – LarSys; 4: IST, Portugal FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Investigation of Aggregated Flexibility Potentials of Electric Vehicles Based on Energy and Power Boundaries IAEW at RWTH Aachen University, Germany FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Modelling of Flexibility Potentials of Residential Heat Pumps IAEW at RWTH Aachen University, Germany FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Machine-Readable Network Tariffs as Enablers of Flexibility and New Market Models in Future Distribution Grids RISE - Research Institutes of Sweden FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk PV Hosting Capacity Assessment with Traditional Solutions and Beyond: A Brazilian Case Study 1: Federal University of Mato Grosso, Brazil; 2: École Polytechnique, France; 3: University of Campinas, Brazil FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Fairness For Distribution Network Operations and Planning 1: KU Leuven, Leuven, Belgium; 2: EnergyVille, Genk, Belgium FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Peer-Relative Smart-Meter KPIs For Meter Quality Validation And Flexibility Tariffs 1: University of Borås, Sweden; 2: Blekinge Institute of Technology FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Battery Bidding Strategies under Extreme Price Events: A Comparative Study of DRL Approaches Using Quantile-Spike Forecasting Korea Institute of Energy Technology, Republic of South Korea |
| 4:55pm - 5:15pm |
Keynote Speaker 3 - Inne MERTENS Location: Auditorium Inne Mertens is CEO of Brussels distribution network operator Sibelga. She holds a masters degree of the University of Leuven as an Electrical Engineer. She began her career at Electrabel in 1998. She accompanied the liberalization of the energy market in Wallonia in the early 2000s. Between 2009 and 2021, she was a member of the Executive Committee of ORES, the Walloon distribution network operator, where she was responsible for the Market & Customers department. She is also member of the board of Atrias and Synergrid and Chairman of the Board at the Royal Belgian Society for Energy. |
| 5:15pm - 6:15pm |
Welcome Drinks Reception Location: Catering & Exhibition Area Sponsored by Sibelga |
| Date: Wednesday, 10/June/2026 | |
| 8:00am - 8:30am |
Morning Coffee Location: Catering & Exhibition Area |
| 8:30am - 8:50am |
Keynote 4 Location: Auditorium |
| 8:50am - 10:20am |
Theme 2 Oral Session – Lessons Learned from Implementing Innovations in Distribution Networks Location: Auditorium Chair: Jan Desmet, Ugent, Belgium Chair: Emmanuel De Jaeger, UC Louvain, Belgium Chair: David Hawkins, The IET, United Kingdom FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Piri: Using Smart Meters And AI To Determine The LV Grid Connectivity 1: Orion Grid Technologies; 2: Fluvius System Operator 9:05am - 9:20am FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Improving Grid Resiliency on Island-Based Microgrids for Reducing Blackouts in Unplanned Disconnection Events by Using Near-Real-Time Monitoring and Flexible Loads Management 1: Plexigrid SL, Spain; 2: Universidad de Oviedo, Spain; 3: Vattenfall Eldistribution AB, Sweden; 4: Plexigrid AB, Sweden 9:20am - 9:35am FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks From Pilot to Real-World Operation: Implementing Remote Curtailment of LV-Connected PV for Regional Constraint Management — Lessons from Enedis Field Trial Enedis, France 9:35am - 9:50am FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks A Unique Collaboration Model for Designing Retrofit Sensor Systems for Magnefix MD4 Switchgears: It’s All About People, Product, Process 1: Eaton; 2: Alliander 9:50am - 10:05am FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Building a Virtual Power Plant: Providing Ancillary Services and Local Congestion Management with a Large-scale Fleet of Public EV Chargers Engie Laborelec, Belgium 10:05am - 10:20am FULL PAPER - Theme 2: Lessons Learned from Implementing Innovations in Distribution Networks Prediction-Based Control of a Building-Integrated DC Microgrid with HESS Karlsruhe Institute of Technology, Germany |
| 10:20am - 12:20pm |
Poster Session 2 (Theme 1) & Coffee Break Location: Poster Hall Chair: Fabrizio Pilo, University of Cagliari, Italy Chair: Riccardo Lama, CEI - Comitato Elettrotecnico Italiano, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Reliability Modeling of Multi-state Power systems Integrating Decentralized Renewable Energy Sources University of Liège, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Locating Failures in the Dutch Electrical Distribution Network Using Heuristic Power Profile Analysis 1: Politecnico di Milano, Italy; 2: Eindhoven University of Technology, Netherlands; 3: University of Pavia, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Framework for Granting Firm and Flexible Capacity in Low-Voltage Distribution Networks 1: Plexigrid; 2: Universidad de Oviedo FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Clustering Approach for Reducing Computational Burden in MV Hosting Capacity Calculations 1: Universidad de Oviedo; 2: Plexigrid FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Scalability Strategies for Deploying Digital Twins in Massive Electric Distribution Networks 1: Universidad de Oviedo; 2: Plexigrid FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Unravelling the Key Challenge for Rapid Deployment of Digital Twins in Distribution Networks: Automatic Fixing of GIS-Based Data for Electrical Connectivity Modelling 1: Universidad de Oviedo; 2: Plexigrid FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Derivation and Application of Simultaneity Factors between Load Groups for Low-Voltage Network Planning 1: University of Wuppertal, Germany; 2: BMU Energie Consulting GmbH FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Automation of Electrical Grid Asset Work Studies Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Voltage Regulation And Reliability Improvement In Distribution Networks Using Battery Energy Storage Systems 1: IFPE, Brazil; 2: UFCG,BRAZIL FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks An Exploratory Data-Driven Framework for Early Risk Pattern Analysis in Electrical Networks Using Multi-Utility Permit Records Riyadh Infrastructure Projects Center (RIPC), Saudi Arabia FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Data-Driven Predictive Maintenance Of Secondary Substations Through Unsupervised Learning: Insights From A Real-World Case Study 1: A2A, Italy; 2: University of Pavia, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Enhancing Dynamic Operating Envelopes Computation through Improved Residential Load Forecasting and Physics-based Metrics 1: UMONS, Belgium; 2: LIST, Luxembourg FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Transparent Decision-Support for Integrating Non-Wire Alternatives in Distribution Planning Mines Paris - PSL, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Optimizing Droop Control Parameters for Reliable LV Network Operation with PQ-Controlled PV Inverters 1: ENGIE Laborelec, Belgium; 2: Fluvius SO, Belgium; 3: Ores SO, Belgium; 4: Sibelga SO, Belgium; 5: Resa SO, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Toward Dynamic Proactive Resilience (DPR) Interdependent Critical Infrastructures: An IEC 61850 and Digital Twin Simulation Approach University of Vaasa, Finland FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Integrating Risk-Aversion Into Distribution Network Planning: A Review Of Recent Methods And Practices 1: EDF, France; 2: IRIMAS, University of Haute Alsace, France; 3: European Institute for Energy Research (EIFER), Germany; 4: German Aerospace Center (DLR) Institute of Networked Energy Systems, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Multi-Period Planning and Analysis Framework for Multi-Energy Systems Vrije Universiteit Brussel (VUB), Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impacts of Solar Photovoltaic Deployment and Electric Vehicle Adoption on Future Load Growth in the Oman Distribution Network: A Long-Term Forecasting Assessment 1: Nama Electricity Distribution Company, Oman; 2: Muscat University FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks E-REDES CombiFlex - Innovative Planning Approach To Boost Flexibility And Accelerate Connections While Minimising Transmission Impact. E-REDES, Portugal FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks UDEX Digital Twin Development: Towards Advanced Smart Grid Validation Ormazabal Corporate Technology, Spain FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Resilire: A Framework for Resilience Modelling in Electricity Networks 1: SP Electricity North West, United Kingdom; 2: Frazer-Nash Consultancy Ltd, United Kingdom FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Modular, Open and Cyber-Resilient LV Automation Architecture for Next-Generation Distribution Networks 1: Merytronic, Spain; 2: Pronutec, Spain FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Importance of Aggregated DER Metadata in Low Voltage Distribution Networks 1: KU Leuven, Leuven, Belgium; 2: EnergyVille, Genk, Belgium; 3: VITO, Mol, Belgium; 4: Orion Grid Technologies, Genk, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Co-optimising Grid Reinvestments And Reinforcement To Support Distribution Grid Planning 1: DTU Wind and Energy Systems, Denmark; 2: Utiligize ApS; 3: TREFOR El-net FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Getting the Timing Right: Integrating Occupancy Detection in EV Hosting Capacity Studies 1: Ghent University, Belgium; 2: Vrije Universiteit Brussel, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Data-Based Grid Expansion By Means Of Quantitative Validation Enabling Informed Decisions 1: University of Applied Sciences and Arts, Germany; 2: Westnetz GmbH, Germany; 3: enervance solutions GmbH, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impact of OPF Modelling Assumptions on Bilevel Network Interdiction in Distribution Grids 1: University of Kassel, Germany; 2: Fraunhofer Institute for Energy Economics and Energy System Technology IEE FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Development of a Standardised Data Model for the Digitalisation of Bay Control Units 1: TU Dortmund; 2: Hard- & Software Technologie GmbH & Co KG, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Economic Assessment of Heat-Related Asset Risks in Electrical Distribution Networks under Future Climate Conditions 1: Bergische Universität Wuppertal, Germany; 2: EWR GmbH, Germany; 3: Westnetz GmbH, Germany; 4: UBIMET GmbH, Austria FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Economic Assessment of Preventive Measures for Electrical Distribution Systems under Heavy Rainfall Events Using HILP Analysis 1: Bergische Universität Wuppertal, Germany; 2: EWR GmbH, Germany; 3: Westnetz GmbH, Germany; 4: UBIMET GmbH, Austria FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Renewable Generation Integration in Low Voltage Grids: Exploring Innovative Components for Voltage Management in Distribution Networks 1: Enel Grids, Spain; 2: Enel Grids, Italy; 3: Instituto de Investigación Mixto de la Energía y la Eficiencia de los Recursos de Aragón, ENERGAIA, Universidad de Zaragoza-Fundación CIRCE, Spain FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Novel Planning Approach to Enhance Hosting Capacity in Low-Voltage Distribution Networks via Flexible Branch Coupling and DC Grid Storage 1: Department IEM THM University of Applied Sciences, Germany; 2: Power Systems Group Technische Universität Ilmenau, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Flexible Framework for Evaluating Virtual Dynamics and Control Strategies to Enhance Hosting Capacity in Modern Distribution Networks INESC TEC, Portugal FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Beyond Reliability: A Holistic Approach to Planning Resilient and Sustainable Electrical Services Foster + Partners, United Kingdom FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Framework for Analysing the Long-term Impact of Battery Energy Storage Systems in Distribution Systems Enexis B.V. FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Scalable Sample-Based Clustering for Smart Meter Load Profiles Queen's University Belfast, United Kingdom FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Process Innovation in Secondary Substation Design at Enexis 1: Eplan BV, The Netherlands; 2: Enexis Netbeheer, The Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks DER Enablement: Long Term Voltage Forecasting For Distribution Networks With High DER Penetration VISION, Australia FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Uncertainty And Risk-Based Approach For Network Planning 1: VISION, Australia; 2: VISION, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Artificial Intelligence Used In Probabilistic Time-Series Forecasting For Network Planning VISION, Australia FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Study on Hosting Capacity Derivation Considering Three-Phase Voltage Unbalance in Distribution Network using Geospatial Future Load Forecast 1: Kansai Transmission and Distribuiton, Inc., Japan; 2: Mitsubishi Research Institute, Inc. FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Bottom-up Greenfield Planning Approach For Comparing Centralized And Decentralized Heating Supply Concepts Across Optimization Levels 1: University of Wuppertal; 2: Stadtwerke Bielefeld GmbH FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Planning Principles And Spatial Determinants For Automated Low-Voltage Network Planning Within Greenfield Framework 1: University of Wuppertal, Germany; 2: Stadtwerke Bielefeld GmbH FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Adaptive Flow-Coherent Clustering for Cyber-Informed Distributed Bilevel State Estimation Correcting Measurement-Model Attacks Université Grenoble Alpes, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Wind Farm Network Optimisation With PYORPS 1: THM - University of Applied Sciences, Germany; 2: Tampere University, Finland FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Embedding Resilience in Distribution Network through Communal Fuel Cell Integration 1: EA Technology, United Kingdom; 2: LCP Delta; 3: Northern Powergrid FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Innovations in Inverter-based Microgrids LCP Delta, United Kingdom FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Integration of Flexibility from Electric Vehicles in Distribution System Planning to Mitigate Grid Reinforcement 1: Univ. Grenoble Alpes, CNRS, Grenoble INP, G2Elab, 38000 Grenoble; 2: Mines Paris, PSL University, Centre for processes, renewable energy and energy systems (PERSEE), 06904 Sophia Antipolis FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Modeling and Simulation of Local Flexibility Trading to Prevent Congestion in Distribution Networks August-Wilhelm Scheer Institut für digitale Produkte und Prozesse gGmbH, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Probabilistic Modelling of Residential Customer Power Based on Smart Meter Data 1: Institute of Electrical Power Systems, Graz University of Technology, Austria; 2: KNG-Kärnten Netz GmbH, Austria FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Enhancing 110-kV Grid Planning Through Real-Measurement-Based Time-Series Generation 1: FGH GmbH, Germany; 2: Schleswig-Holstein Netz GmbH, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Data-Driven Approach to Predicting the Load Curve of Multi-Unit Buildings with Electric-Vehicle Parking Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Hosting Capacity of a Distribution Network for Fluctuating PV, Wind and BESS: One Additional Aspect to Consider in Network Planning 1: DNV Netherlands B.V., The Netherlands; 2: Enexis Netbeheer B.V., The Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Enabling Risk-Aware And Flexible Grid Planning: A Collaborative Approach To Modern DSO Challenges 1: Alliander, The Netherlands; 2: Eindhoven University of Technology, The Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Unlocking Hosting Capacity Through Dynamic Cable Rating: A Data Center Case Study 1: Department of Electrical Engineering (ESAT), Research Group ELECTA, KU Leuven, 3001 Heverlee, Belgium.; 2: EnergyVille, Thor Park 8310, 3600 Genk, Belgium.; 3: Electrical Power and Machines Engineering Department, Tanta University, Tanta, Gharbia, Egypt; 4: Industrial Electronics Department, Moscow Power Engineering Institute, Moscow, Russia FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Strategic Investment Planning for Dutch DSO Addressing Energy Losses Alliander, The Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Lv Grid Automation For Secondary Substation Through Edge Computing And Circuit Breakers Schneider Electric FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Emergency Management Plan for the Distribution Network: an innovative approach 1: enel GRIDS srl, Italy; 2: UFG Grupo Naturgy; Spain; 3: Areti, Italy; 4: A2A, Italy; 5: Retele Elecrtice, Romania; 6: enel GRIDS srl, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Advancing the Common Network Asset Indices Methodology: New Models, Extensions and Adaptability in CNAIM v3 1: EA Technology, United Kingdom; 2: Scottish & Southern Electricity Networks, United Kingdom; 3: Northern Powergrid, United Kingdom; 4: EA Technology, United Kingdom FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Improving Low-Voltage Network Planning Through Smart Meter–Based Customer Profiling 1: University of Applied Sciences Düsseldorf, Germany; 2: E.DIS Netz GmbH; 3: envelio GmbH; 4: Avacon Netz GmbH; 5: Westnetz GmbH; 6: Bayernwerk Netz GmbH; 7: Avacon Netz GmbH; 8: energyandpeople GmbH FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Techno-economic Optimization Algorithm For Selecting Between Voltage Regulator And Lv Network Cabling – Croatian Approach HEP–ODS d.o.o., Elektroprimorje Rijeka, Croatia FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Hydro Ottawa Reduces Tree-Related Outages Leveraging AI-Driven Vegetation Intelligence Overstory, The Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Comparative Harmonic Behaviour of Distributed Solar PV in Industrial vs. Mixed-Use Urban Grids: A 33 kV Planning Perspective– Case Study of Nama Electricity Distribution Company, Oman Nama Electricity Distribution Company, Oman FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Planning Decarbonized MV Networks: Traditional Solutions Vs Energy Storage 1: Ingelectus / Universidad de Sevilla, Spain; 2: Universidad de Sevilla FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Resilient Planning and Techno-Economic Optimization of a Renewable-Based Microgrid for Rural Electrification in Oman 1: Nama Electricity Distribution Company, Oman; 2: Sultan Qaboos University, Oman FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Deep Learning Approach to Advanced PV Power Forecasting Utilizing SCINet-GAN Korea University, Republic of South Korea FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Assessing the Operational Performance of MV Voltage Regulators under Realistic Grid Conditions 1: EDF, France; 2: Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Enhancing Distribution System Resilience through Energy Communities 1: CITCEA - Universitat Politècnica de Catalunya, Spain; 2: ESS - Eindhoven University of Technology, Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Transition from 33 kV to 66 kV Distribution to Resolve Long-Distance Voltage Drop in Wadi Al Tayeen, Oman Nama Electricity Distribution, Oman FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Quantum Resource Estimation for Minimising Energy Grid Losses 1: Alliander, Arnhem, the Netherlands; 2: Capgemini's Quantum Lab, Utrecht, the Netherlands; 3: Applied Quantum Algorithms, Leiden University, Leiden, the Netherlands FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Evaluation of Sampling-Based Power Flow Simulations for Low-Voltage Grids 1: University of Applied Sciences, Austria; 2: AIT Austrian Institute of Technology GmbH, Austria FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Topology Identification of Unbalanced Distribution Networks Using Voltage Magnitude Data 1: KU Leuven; 2: VITO; 3: EnergyVille; 4: Orion Grid Technologies FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Beyond Predictive Accuracy: An Application Analysis of Time Series Foundation Models in Grid Edge Energy Management 1: TU Darmstadt; 2: Siemens AG, Germany; 3: University of Applied Sciences Landshut FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Research on Multi Objective Optimization Planning Method for Distribution Power System Considering Probability Risk China Electric Power Research Institute FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Comparing the Extreme Weather Event Definitions Used to Quantify Power System Resilience 1: University of Birmingham, United Kingdom; 2: Iowa State University, United States of America FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Single-relay Self-healing for Open Ring Topology Distribution Systems Schneider Electric FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Customized Distributed Generation Forecasting for Distribution Planning: A Caribbean Case Study 1: CESI S.p.A., Italy; 2: EnerNex LLC, USA; 3: KTH Royal Institute of Technology, Sweden FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Differentiable Optimization Layer for Joint State and Parameter Estimation in Unbalanced Distribution Grids 1: KU Leuven, Belgium; 2: CSIRO, Australia; 3: VITO, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Ensemble Learning with Multi-Algorithm Integration for Net Load Forecasting in Steel Enterprises: A Case Study from Northern Hebei, China China Electric Power Research Institute, China FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Quantifying Load Uncertainty from Smart Meter Data for Risk-Based Low Voltage Grid Design Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Optimising Energy Communities for Distribution Grid Resilience: A Real-Word Study with Electric Vehicles and Storage in Rural Ireland 1: EPRI Europe, Ireland; 2: EPU, NTUA FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Optimization-Based Partitioning of High Voltage Grids 1: IAEW at RWTH Aachen University, Germany; 2: RWTH Aachen University, Germany; 3: Fraunhofer FIT, Aachen, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Fuel Cell Integration and Intelligent Power Management for Flexible and Resilient Distribution Networks Foster and Partners, London, United Kingdom FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Climate Impact and Adaptation Effectiveness Assessment for Enel’s Power Grids in Rio de Janeiro, São Paulo and Bogotá Under Climate Change Scenarios. 1: Repath GmbH; 2: Enel Grids srl; 3: Enel Global Trading Spa FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Multi-Energy Planning Methodology for Reliable and Sustainable Off-Grid Distribution Systems: Case Studies in Four Regions KU Leuven, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Role of Distribution HV Network Up-voltaging to Meet Changing Customer Requirements in the LCT Energy Transition. ESB Networks, Ireland FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Integrated Risk Assessment of Flood Hazards in Electrical Distribution Infrastructure 1: Edistribucion, Spain; 2: TECNALIA, Basque Research and Technology Alliance (BRTA), Spain FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Forecast Of The Development Of Electricity Grids In Typical Neighborhoods As Part Of Energy Infrastructure Planning 1: University of Wuppertal, Germany; 2: SWKiel Netz GmbH, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Graph-Based Modelling of Optimization Problems for DC Direct Line Systems 1: AIT Austrian Institute of Technology, Austria; 2: Enlion, Austria FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Comparison of Automated Methods for Heat Network Expansion from an Economic Perspective Bergische Universität Wuppertal, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impact Of Inverter-Based Resources Penetration On Reliability Of Islanding Relays Performance CentraleSupélec / GeePs laboratory, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Comparative Assessment of Distribution Network Architectures under Varying DER Penetration Levels G2ELab, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Operational Risk Quantification for Preventive Control in Low Voltage Grids with Distributed Energy Resources 1: DLR Institute of Networked Energy Systems, Oldenburg, Germany; 2: Carl von Ossietzky University of Oldenburg, Oldenburg, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Integrated Planning of Electrical Distribution Grids and ICT Infrastructure IAEW at RWTH Aachen, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks DeepCourbogen: A Privacy-Preserving Synthetic Load Curve Generation Service Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Addressing Distribution Network Planning: A Case Study in Northern Italy 1: Department of Energy, Politecnico di Milano, Italy; 2: Deval S.p.A FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impacts of the Electrification of Transport and Heating Sectors on Urban Low-Voltage Grids: Expected Load Development and Resulting Expansion Requirements 1: Technical University of Applied Sciences Augsburg, Germany; 2: Technical University of Munich, Germany; 3: SWM Infrastruktur GmbH & Co. KG, Germany; 4: Stadtwerke München GmbH, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Phase Switch System: Innovative Ways of Increasing Headroom in Low Voltage Distribution Networks 1: National Grid Electricity Distribution; 2: Low Carbon Electric Limited; 3: Power Networks Demonstration Centre; 4: Nortech Management; 5: UK Power Networks FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Closed-Form Model for Fast Short-Circuit Analysis in Active Distribution Networks Department of Electrical Engineering and Information Technology, Institute of Electrical Power Supply with Integration of Renewable Energy, Technical University of Darmstadt FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Scalable Reliability Optimization Methodology For Large Utilities 1: Enernex LLC, United States of America; 2: CESI S.p.A. Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Enabling Vehicle-to-Grid Connections on LV Networks 1: National Grid, United Kingdom; 2: Loughborough University FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Breeding Unicorns: Phenomenon-driven Forecasting for Next Generation Electricity Network Asset Management Advian Oy, Finland FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Reliability Assessment Of §14a EnWG Grid Control And Impact On Redundancy And Fallback Strategies 1: energyandpeople GmbH; 2: University of Applied Sciences Düsseldorf; 3: Schleswig-Holstein Netz GmbH FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Optimal Day-Ahead Operating Envelope Allocation of DSO Considering Commitment Uncertainty of DER Aggregators Inha University, South Korea FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Resolving Unbalance Due To Single-phase Transformers On HV Feeders 1: Loughborough University, United Kingdom; 2: CGI; 3: National Grid Electricity Distribution FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Two‑Stage Hybrid Clustering and Machine‑Learning Framework for Topology‑Agnostic OLTC Voltage Control in Distribution Networks INESC TEC, Portugal FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impact of Communication Disruptions on Grid-Serving Flexibility Control IAEW at RWTH Aachen University, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Long-term Load Forecast For Distribution System Using LLM 1: National Technical University of Athens, Greece; 2: Hellenic Distribution Network Operator FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks From Geographic Information System to Electrical Modeling and Analysis 1: Distribution System Operator, Electricity Authority of Cyprus (DSO); 2: Sustainable Power System Laboratory, Cyprus University of Technology FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Comparing the Benefits of Resilience-Oriented Investments and Operation Strategies in Distribution Networks University of Cagliari, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impact of Hybrid Wind and Solar Power Plants on the Grid Utilisation and Simultaneity Factors in Distribution Grids IAEW at RWTH Aachen University, Germany FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Reinforcement Learning Approach for the Optimal Service Restoration of Power Distribution Networks Facing Heatwaves University of Cagliari, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Exploring the Dynamics of Reinforcement Learning Agents Using Flexible Load Profiles to Improve Electrical Grid Management 1: VIVAVIS AG, Germany; 2: University, Siegen; 3: Albstadt-Sigmaringen University FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Curative System Operation in the 110 kV Distribution Grid: A quantitative analysis of curative system operation to reduce preventive redispatch measures 1: University of Kassel, Germany; 2: Fraunhofer IEE FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Large-Scale MV Consumer Load Forecasting via Consumer Clustering and Global Models Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Test and Validation Framework for Grid Data Analytics with an Application to Congestion Forecasting 1: VSL B.V.; 2: TU Delft; 3: Alliander N.V. FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Power Dispatch and Voltage Control Tool for Hybrid AC/DC Distribution Grids Department of Electric Power Engineering, Faculty of Electrical Engineering and Informatics Budapest University of Technology and Economics FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A Constraint-Aware Method for Deriving PCC-Level Flexibility Envelopes in Distribution Networks University of Cagliari, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Estimating EV Hosting Capacity Using Electrical and Territorial Descriptors University of Cagliari, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks From Regional Evidence to National Planning: A Data-Driven approach for DSO Decision Support 1: University of Cagliari, Italy; 2: Enel foundation, Italy; 3: E-distribuzione, Italy FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Unlocking Hidden Capacity in the Underground Power Cables Networks Through Accurate Thermal Modelling REN, Norway FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Line-Specific Long-Term Static Rating of HV Overhead Lines Based on Historical Dynamic Line Rating Data Institute of Power Engineering, Poland FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Proactive Anomaly Detection in Smart Grid Networks Using a Dynamic Weighted Multi-Model Voting Framework 1: University of Florida, United States of America; 2: Université Grenoble Alpes; 3: CNRS FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Modelling ONAN Transformers Retrofitted As ONAF For Transformer Adequacy Studies In Distribution Network Planning ESB Networks, Republic of Ireland FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Evaluation of AI-based Forecasting Models for Electricity Demand at Household Level: Focus on Generative AI Models Mines Paris PSL, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Impact of Storage Facilities Participating in Energy and Balancing Markets on Distribution Networks 1: University Grenoble Alpes, France; 2: Enedis, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Flexibility-Aware Residential Consumption Forecasting: A Hybrid Machine Learning and Foundation Model Approach for Nudge-Based Demand Response Mines Paris PSL, France FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Power-Bounded Microgrids for Hosting Capacity Enhancement and Reinforcement Deferral in Distribution Networks 1: SPD Major Connections, SP Energy Networks, Glasgow, United Kingdom; 2: Department of Electrical Engineering,He.C., Islamic Azad University, Heris, Iran FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Data-Driven Risk and Fragility Assessment of Power Networks under Storm Events Using Causal Learning 1: Department of Electronic & Electrical Engineering, University of Bath, United Kingdom; 2: School of Electrical Engineering and Automation, Nantong University, China FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Institutional Drift in Power System Planning Budapest University of Technology and Economics, Hungary FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Digital Twin for Day-ahead and Intraday Market Co-optimization Using Dynamic Line Rating Budapest University of Technology and Economics, Hungary FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Unified LSTM-LLM Testbed for Real-Time Renewable Bidding and DSO Grid Feasibility Analysis 1: Department of Electrical and Computer Engineering, Inha University, Incheon, South Korea; 2: Department of Mechanical Engineering, Inha University, Incheon, South Korea FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks A P2P-based Transactive Energy Framework for Reconfigurable Power Distribution Networks with Mixed Architecture 1: University Grenoble Alpes, France; 2: Sharif University of Technology; 3: Aalto university FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Algorithm-Driven Demand Flexibility: Driving Customer Engagement and Grid Optimization under Demand Side Management Strategies Tata Power Company Limited, India FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Data-Driven Identification of Residential Heat Pump Types and Cycling Characteristics Using Smart Meter Data EELab/Lemcko, Department of Electromechanical, Systems and Metal Engineering, Ghent University, Belgium FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Comprehensive and Sustainable Distribution Network Planning and Optimization Using CYMDIST: A Technical Assessment of NPCL’s 33-kV/11-kV System NOIDA POWER COMPANY LIMITED, India FULL PAPER - Theme 1: New Methods for Planning Reliable, Resilient and Sustainable Networks Load Transfer Automation Scheme for Distribution Network Reconfiguration and N-1 Contingency Compliance Nama Electricity Distribution Company, Oman |
| 12:20pm - 1:20pm |
Round Table 2: How Congestion and Flexibility Meets the New EMD5 Directive Location: Auditorium Chair: Jan Desmet, Ugent, Belgium Chair: Dirk Van Hertem, KU Leuven, Belgium Panelists
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| 1:20pm - 2:35pm |
Lunch Location: Catering & Exhibition Area |
| 2:35pm - 4:05pm |
Theme 3 Oral Session – New Regulation and Practices to Spark Innovation and Minimize Business Risk Location: Auditorium Chair: Ingrid Schürrer, Salzburg Netz GmbH, Austria Chair: Peter Söderström, Vattenfall Distribution Sweden, Sweden FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Learning from Europe’s Local Flexibility Markets: Design Options and Key Success Features VITO/EnergyVille, Belgium 2:50pm - 3:05pm FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk A Unified Grid-State Signal for Activating Household Flexibility Under Real German System Conditions 1: Reutlingen University, Germany; 2: TransnetBW GmbH, Germany 3:05pm - 3:20pm FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk End-to-End Generation Framework for Dynamic Energy and Grid Tariffs ewz, Switzerland 3:20pm - 3:35pm FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk Price Signals and Carbon Emissions: Why EV Charging is Cleaner Than Expected Technical University of Denmark, Denmark 3:35pm - 3:50pm FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk KYEC – Leveraging Artificial Intelligence for Consumer Empowerment in Smart Metering Tata Power Company Limited, India 3:50pm - 4:05pm FULL PAPER - Theme 3: New Regulation and Practices to Spark Innovation and Minimize Business Risk GeoDescriber x GeoLLM: Let The Energy Data Speak 1: Enedis, France; 2: EDF R&D, France |
| 4:05pm - 4:15pm |
Closing Speech by Dag Eirik Nordgård, Workshop Chair Location: Auditorium Chair: Dag Eirik Nordgård, SINTEF, Norway |
| 4:15pm - 4:45pm |
Goodbye Coffee Location: Catering & Exhibition Area |