Program

09:10 - 10:10

Keynote 

• Joy El Feghali (RTE), Marco Chiaramello (RTE), “Dynaωo: An Open-Source Suite of Simulation Tools for Power Systems”
  _{Power systems simulations are needed and performed by the system operators to ensure the power system’s security and stability. Nowadays, transmission systems are undergoing significant transformation due to the increasing penetration of power electronic converters (renewable energies and HVDCs) in the power system induced by the energy transition. This transformation impacts the dynamic behavior of the system, which is crucial for stability assessments. Also, a switch from an easy-to-predict and physically-driven system to an unpredictable and numerically-driven system is seen, forcing operators to find complex ways to control it, like advanced special protection schemes. This asks for more collaboration, transparency, and flexibility. Dynaωo aims to answer these challenges and proposes a perspective change with a switch to an opensource approach, to the use of a high-level modeling language (Modelica), and to a strict separation between the modeling and solving parts for more flexibility. Dynaωo is an open-source suite of simulation tools made of a common core, a models library, and a solvers library. By choosing the proper models and solver, it proposes tools for several applications: DynaFlow for steady-state calculations, DySym for short-circuits, DynaWaltz for long-term stability, and DynaSwing for transient stability studies. The suite and illustrative test cases will be presented.}

10:30 - 12:15

Paper Session 1 “Modelling and (Co-)Simulation of Energy Systems”

• Trevor Hardy, “Using Co-simulation to Model Interconnect-Scale Power Systems from Loads to Generators”
• Jan Sören Schwarz, Leonard Enrique Ramos Perez, Minh Cong Pham, Kai Heussen and Quoc Tuan Tran “A Toolbox for Design of Experiments for Energy Systems in Co-Simulation and Hardware Tests”
• Manuel Pitz, Felix Wege, Niklas Eiling, Steffen Vogel, Vincent Bareiß and Antonello Monti, “Automated Deployment of Single-Board Computer Based Grid Measurement and Co-Simulation Equipment”
• Carsten Wegkamp, Henrik Wagner, Eike Niehs, Julien Essers, Marcel Lüdecke, Mattias Hadlak and Bernd Engel, “eELib: Open-Source Model Library for Prosumer Power Systems and Energy Management Strategies”
• Marcelo Andre Muro Alvarado, Claudio Anderis, Riccardo Lazzari, Lorenzo Nigro and Alessio La Bella, “Development and Experimental Validation of an Open-Source Model Library for District Heating Network Simulation”
• Maximilian Mork, Eziama Ubachukwu, Jakob Benz, Philipp Althaus, André Xhonneux and Dirk Müller, “ALICE2Modelica - Automated Building Model Generation for Building Control and Simulation”

13:15 - 15:00

Paper Session 2 “Modelling and Simulation of Multi-Physics/Energy Systems”

• Andrea Benigni, Antonello Monti, Sebastian Schwarz and Matthew Milton, “A Polynomial Chaos Based Tool for Multi-Energy Systems: A Sensitivity Analysis Test Case”
• Giuseppe Silano, Evangelos Rikos, Vetrivel Rajkumar, Oliver Gehrke, Tesfaye Amare Zerihun, Carmine Rodio and Riccardo Lazzari, “Integrating Power-to-Heat Services in Geographically Distributed Multi-Energy Systems: A Case Study from the ERIGrid 2.0 Project”
• Roman Bolgaryn, Erik Prade, Gourab Banerjee, Simon Drauz-Mauel, Daniel Lohmeier, Pawel Lytaev, Frank Marten, Steffen Meinecke, Mike Vogt, Yu Xiang and Laurynas Zavistanavicius, “Further developments in pandapower and pandapipes”
• Sergi Costa Dilmé, Juan Carlos Olives Camps, Paula Muñoz Peña, Pau García Motilla, Oriol Gomis Bellmunt and Eduardo Prieto-Araujo, “Multi-physics operation and sizing optimisation in Pyomo: Application to large irrigation systems”
• Ueli Schilt and Philipp Schuetz, “Thermal Energy Storage in Multi-Energy System Optimization: How to Consider Temperatures?”
• Sina Dibos, Thiemo Pesch and Andrea Benigni, “Individual versus Grid-Connected Thermal Systems: Impact on Grid Infrastructures and Energy Supply”

15:20 - 16:50

Tutorial 1

• Trevor Hardy (PNNL), “Hands-On with the HELICS Co-Simulation Platform”
  _{HELICS is a co-simulation platform funded by the United States Department of Energy and developed in cooperation by multiple National Labs. The goal of HELICS is provide a means of linking existing simulators to exchange data during runtime, allowing the development of larger and more complex system models. This tutorial will consist of two parts: (i) lecture-style introduction to the HELICS platform to help the participants understand its basic capability and (ii) hands-on, in-class project developing a simple system model converting two stand-alone toy simulation models into one integrated model via HELICS.}

16:50 - 18:00

Paper Session 3 “Computational Approaches and Methods for Energy Systems”

• Georgii Tishenin, Armin Teskeredzic and Antonello Monti, “Extraction of State Matrix Eigenvalues for Resistive Companion Nodal Power System Model in Shifted-Frequency Domain”
• Mehmet Alper Kuyumcu, Catalin Gavriluta and Andrea Benigni, “Efficient Newton-Raphson Power Flow with Parallel Jacobian Construction”
• Sungho Shin, Vishwas Rao, Michel Schanen, D. Adrian Maldonado and Mihai Anitescu, “Scalable Multi-Period AC Optimal Power Flow Utilizing GPUs with High Memory Capacities”
• Mehran Jafari, Gautier Bureau, Marco Chiaramello, Adrien Guironnet, Patrick Panciatici and Petros Aristidou, “A Modelica IBM Implementation for Fast Simulation of Digital Controllers in Power Systems”

09:00 - 10:10

Panel Session “Development, Management and Applications of Open-Source Smart Energy Systems Education”

_{ICT technologies and interdisciplinary knowledge are crucial for understanding smart energy systems. A proactive approach from academia, industry, and the community is needed to adapt teaching methods and train the next generation of engineers. Open-source tools and educational materials can enhance learning for those in this sector. This panel session will present innovative educational methods for students, researchers, and professionals, showcasing examples and opportunities for free access to tools and services. A strategy for delivering open-source educational content during research projects will also be presented, fostering continuous learning and bridging the gap between academia and industry.}

• Rad Stanev (TUS), “Simulation and PHiL based Smart Energy Systems Education using Open-Source “Laboratory” and “Real Life Laboratory” environment”
• George Makrides (UCY), “Smart Energy Systems: Modern open-source learning management systems for real-time supervision and control”
• Luiz Fernando Lavado Villa (LAAS-CNRS), “OwnTech: a fully open-source technology suite for microgrid fast prototyping, simulation and teaching”
• Alkistis Kontou (ICCS-NTUA), “Methodology for Development and Management of Open-Source Educational Material in Research Projects”

10:30 - 12:15

Paper Session 4 “Real-time Simulation and Hardware-in-the-Loop Applications”

• Andrea Pomarico, Philipp Glücker, Daniele Carta, Thiemo Pesch, Alberto Berizzi and Andrea Benigni, “Python-based API for real-time control and monitoring of RSCAD models”
• Renzo Fabian and Paulo Godoy, “OpenDSS-Based Real-Time RMS Simulator: Design and Applications”
• Andrea Alessia Tavagnutti, Marco Dalle Feste, Massimiliano Chiandone, Andrea Vicenzutti, Daniele Bosich and Giorgio Sulligoi, “A Decision Support System for the Stable Real-time Power Management of Onboard Zonal DC Microgrids”
• Andrea Alessia Tavagnutti, Davide Comugnaro, Massimiliano Chiandone, Andrea Vicenzutti, Daniele Bosich and Giorgio Sulligoi, “Reduced Order Model of Zonal DC Microgrid for Open Source Real-time Emulation”
• Thanakorn Penthong, Alberto Dognini, Edoardo De Din, Manuel Pitz, Ferdinanda Ponci and Antonello Monti, “Hardware-in-the-Loop Validation of AC/DC Service Restoration including industrial IED and Communication Protocols”
• Moritz Weber, Alexander Kocher, Hüseyin Çakmak and Veit Hagenmeyer, “ePowCoRe: A Novel Generic Representation of Power Grids Enabling Open-Source Model Conversion Modules”

13:15 - 14:45

Tutorial 2

• Yifei Lu (FZJ), Andrea Benigini (FZJ), “GasNetSim: Modeling and Analyzing Gas Networks with Complex Gas Mixture”
  _{GasNetSim is a steady-state gas network simulation tool developed and maintained using the programming language Python. In GasNetSim, the gas mixture properties are modeled, therefore it is capable of being used for simulations of gas networks with complex mixtures, e.g. hydrogen-blended natural gas. In this tutorial, the mathematical background of the modeling and simulation of gas pipelines will be first presented, so that the audience can have a better overview of how the tool works. Afterwards, some basic operations using GasNetSim to create and simulate gas networks will be presented. Based on the simulation result, some analyses will be performed to showcase potential uses of the tool.}

15:05 - 16:35

Tutorial 3

• Gianluca Lipari (EPRI), Alberto Dognini (FhG-FIT), Joep van Genuchten (EPRI), “EMINENT: Interoperability maturity assessment for open source software development and standardization communities in the energy domain”
  _{The goal of this workshop is to introduce EMINENT as a maturity assessment framework and how it can support these communities to grow their maturity, or in other words, become better as a community at producing standardized and interoperable models and simulations. We will do this by taking the assessment with the audience and assessing the maturity of the community of open source modelling and simulation of energy systems. Furthermore the workshop will address how participants might go about performing a maturity assessment with the open source and standardization communities they participants and how to use the results as a basis for a roadmap for community development.}

16:35 - 18:20

Paper Session 5 “Energy System Optimization and ICT Applications”

• Kenneth McDonald, Colin Le and Zhihua Qu, “Open-Source Modeling of Extreme Weather Impact on Distribution Networks”
• Lorenz Ray Payonga, Hatef Madani, Saman Nimali Gunasekara, Miloš Šipetić, Fabrizia Giordano and Mark Stefan, “Generic Definition and Information Model for Hybrid Energy Storage Systems (HESS)”
• Theresa Reinhardt, Viktor Wesselak and Rohith Bala Krishnan, “Uncertainty assessment of the energy system of Thuringia using a Monte Carlo model”
• Stefan Strömer and Klara Maggauer, “IESopt: A Modular Framework for High-Performance Energy System Optimization”
• Lidia Westphal, Marcel Schröder, Daniele Carta, Andre Xhonneux, Andrea Benigni and Dirk Müller, “Development and Application of a FIWARE-based ICT-Platform for Multi-Energy Systems on Building and District Level”
• Christoph Klaassen, Lukas Kasper and René Hofmann, “Mapping SysML v2 to NGSI-LD: Enhancing Energy Systems Modeling”

10:10 - 11:00

Keynote 1

• Luc Nies (Alliander), “tbd” (requested)

11:00 - 12:30

Presentation Session 1 “AI-Driven Control and Decision Support for Modern Power Systems”

• Adrian Kelly (EPRI), "AI Assistants in Future Control Rooms"
• Basel Morsy (AIT), “Topology Reconfiguration for Reliable Power Systems: Advancing Computations”
• Eduardo Prieto Araujo (UPC), “HPC-enabled digital twin for modern power networks”
• Ricardo Bessa (INESC TEC), “Evolving Symbolic Models to boost trustworthiness”

13:30 - 15:00

Presentation Session 2 “Advanced Techniques in Fault Detection and Event Analysis for Power Systems”

• Stefan Reisenbauer (Reisenbauer Solutions), “AI-based fault detection in electric mobility charging infrastructure”
• David Fellner (FHTW), “Monitoring Application for Devices providing Grid Supporting Functionalities in Power Distribution Systems”
• Pascal Plank (APG), “Revolutionizing Transmission System Inspections: The Role of Drones and Visual Technology” (requested)
• Marta Sabu (WUW), “Semantics-based explanation of (unusual) events in the energy system”

15:30 - 17:30

Tram Session and Project Roundtrip

• Spotlights from the TU Delft/AIT PhD Programme using artificial intelligence and machine learning to develop innovative planning and operating methods in the energy system

09:30 - 10:30 

Keynote 2

• Günther Leissler (Schönherr Rechtsanwälte), “The European AI Act and its impact on AI applications in Energy”

10:30 - 12:00

Presentation Session 3 “Unlocking the Potential of Big Data in the Energy Domain”

• Elaheh Momeni (eMentalist), “Technology readiness of GenAI with energy and building management data”
• Sergio Potenciano-Menci (Uni.lu), “Federated Learning to open up new potentials in Smart Meter data”
• Jochen Stiasny (TUD), “Learning surrogates of Physical Systems”
• tbd (WattAnalytics), “” (requested)

13:00 - 14:30

Presentation Session 4 “Transforming Energy Systems: Cutting-Edge AI and Data-Driven Solutions”

• Stefan Wilker (TUW), "Development of AI agents for cellular energy systems to increase flexibilities provided by sector coupling and distributed storage"
• Sarah Reisenbauer (AIT), “The neighbouring method - A geo-spacial approach for highly-accurate generation forecasts”
• James Allen (Empa), "The potential of linked data and semantic technologies in data platforms for urban energy management"
• Verena Ruedl (UBIMET), "AI-based approaches for automated high-precision energy forecasts"