“22nd PSCC 2022 papers submission and review platform

Full Program

IMPORTANT: the times reported in this program refer to the Western European Summer Time.

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Monday, 27 June 2022
9:00-10:15
Tutorial: Power grid simulation methods for integration of IBRs, from steady-state to time-domain -- 1. EMT simulations for integration of power electronics in transmission grids: context, challenges and solutions, Sébastien Dennetière, RTEJean MahseredjianEMT simulation for integration of power electronics in transmission grids Context, challenges and solutionsSébastien Dennetière
10:15-10:30
Coffee Break
10:30-11:30
Tutorial: Power grid simulation methods for integration of IBRs, from steady-state to time-domain -- 2. Computational challenges in the simulation of IBRs, from steady-state to time-domain, Jean Mahseredjian, Polytechnique MontréalJean MahseredjianComputational challenges in the simulation of IBRs, from steady-state to time-domainJean Mahseredjian
11:30-11:45
Coffee Break
11:45-12:45
Tutorial: Power grid simulation methods for integration of IBRs, from steady-state to time-domain -- 3. Modeling and tool requirements to study the impact of renewables on system protection, Ilhan Kocar, Hong Kong PolytechnicJean MahseredjianModeling and Tool Requirements for Renewables in Transient Stability and Protection StudiesIlhan Kocar; Yuanzhu Chang; Mingxuan Zhao
12:45-14:00
Lunch Break
14:00-15:00
Tutorial: Power grid simulation methods for integration of IBRs, from steady-state to time-domain -- 4. EPRI’s Experience on IBR EMT and Positive Sequence Modeling and Application, Deepak Ramasubramanian, Aboutaleb Haddadi, EPRIJean MahseredjianEPRI’s Experience on IBR EMT and Positive Sequence Modeling and ApplicationDeepak Ramasubramanian; Aboutaleb Haddadi
15:00-15:15
Coffee Break
15:15-16:30
Tutorial: Power grid simulation methods for integration of IBRs, from steady-state to time-domain -- 5. Stability analysis methods in power electronics dominated power systems, Eduardo Prieto Araujo, Polytechnic University of Catalonia (UPC)Jean MahseredjianStability analysis methods in power electronics dominated power systemsEduardo Prieto-Araujo
16:30-17:00
Coffee Break
17:00-18:30
Roundtable: Power System Resilience (attendance open to all delegates)Pierluigi Mancarella

The speakers of the roundtable are:

  • Rodrigo Moreno, University of Chile
  • Mathaios Panteli, University of Cyprus
  • Keith Bell, Strathclyde University
Tuesday, 28 June 2022
8:30-9:30
Opening Session
9:30-10:00
Coffee Break
10:00-12:00
S01: Optimal Power Flow IPascal Van HentenryckLearning to Accelerate Globally Optimal Solutions to the AC Optimal Power Flow ProblemFatih Cengil; Harsha Nagarajan; Russell Bent; Sandra Eksioglu; Burak EksiogluA Linear Outer-Approximation Approach to Incorporate Line Losses to DC-based Optimal Power Flow ProblemsHaoruo Zhao; Mathieu Tanneau; Pascal Van HentenryckOptimal Power Flow under Stochastic N-1 Disruptions in Electric Transmission GridsHaoxiang Yang; Harsha NagarajanA Feasible Reduced Space Method for Real-Time Optimal Power FlowFrançois Pacaud; Daniel Adrian Maldonado; Sunghui Shin; Michel Schanen; Mihai AnitescuCertified and accurate SDP bounds for the ACOPF problemAntoine Oustry; Claudia D'Ambrosio; Leo Liberti; Manuel RuizTwo-Stage Homotopy Method to Incorporate Discrete Control Variables into AC-OPFTimothy McNamara; Amritanshu Pandey; Aayushya Agarwal; Lawrence Pileggi S02: Economics, Energy Markets, and Regulation IKeith BellModeling the AC Power Flow Equations with Optimally Compressed Neural NetworksAlyssa Kody; Samuel Chevalier; Spyros Chatzivasileiadis; Daniel MolzahnEconomic Impacts of Near-Optimal Solutions with Non-Convex PricingConleigh Byers; Gabriela HugA Light Robust Optimization Approach for Uncertainty-based Day-ahead Electricity MarketsLina Silva-Rodriguez; Anibal Sanjab; Elena Fumagalli; Ana Virag; Madeleine GibescuPartitioning Approach based on Convex Hull and Multiple Choice for Solving Hydro Unit Commitment ProblemsHenderson Souza; Brunno Brito; Erlon Finardi; Fabrício TakigawaA Market Mechanism for Truthful Bidding with Energy StorageRajni Kant Bansal; Pengcheng You; Dennice Gayme; Enrique MalladaBidding Strategy Evolution Analysis based on Multi-Task Inverse Reinforcement LearningQinghu Tang; Hongye Guo; Qixin Chen S03: Power System Protection ILars NordströmProbabilistic Operational Planning using Dynamic Programming with Time-Domain SimulationsEspen Flo Bødal; Sigurd Jakobsen; Oddbjørn GjerdeThe France-Spain Border: A Case Study Advocating for the Use of Simplified Time-Domain Simulations for Steady State CalculationMarco Chiaramello; Quentin Cossart; Adrien GuironnetDC-Side Fault Current Estimation Approach for HVDC Circuit Breaker SizingMudar Abedrabbo; Willem Leterme; Dirk Van HertemLeveraging Existing Relays to Improve Single Phase Auto-ReclosingKarcius Dantas; Felipe Lopes; Kleber Melo; Flávio Costa; Nilo Ribeiro; Letícia GamaOn Applying an Enhanced Generalized Alpha Plane to Shunt Reactor ProtectionMaria Leonor Almeida; Larissa Peres; Kleber SilvaA Novel Methodology for Effective Short-Circuit Calculation in Offshore Wind Power Plants Considering Converter LimitationsJie Song; Marc Cheah-Mane; Eduardo Prieto-Araujo; Oriol Gomis-Bellmunt S04: Power QualityClaudio Fuerte EsquivelAnalytical Characterization of DFIG Response to Asymmetrical Voltage Dips for Efficient DesignYuanzhu Chang; Ilhan Kocar; Jean MahseredjianFast harmonic analysis for PHIL experiments with decentralized real time controllersErhan Sezgin; Anurag Mohapatra; Thomas Hamacher; Ozgul Salor; Vedran S. PericExtraction of Frequency-Dependent Impedances of Residential Loads in Low-Voltage Grids for Harmonic Stability AssessmentSandor Simon; Alexander Winkens; Antonello Monti; Andreas UlbigFast Detection of SSR Conditions for Wind Parks in Series-Compensated Transmission SystemsYounes Seyedi; Jean Mahseredjian; Houshang Karimi; Ulas Karaagac; Aramis Schwanka TrevisanDemonstration of Automated Curative Power Flow Control with a Multi-Agent System Using Distributed Series Reactors in a PHIL SimulationOliver Pohl; Alfio Spina; Ulf HägerHarmonic Optimal Power Flow with Transformer ExcitationFrederik Geth; Tom Van Acker
12:30-13:30
Lunch Break
13:30-15:30
S05: Optimal Power Flow IIGil Silva SampaioLearning to Solve DCOPF: A Duality ApproachYize Chen; Ling Zhang; Baosen ZhangSolving Combined Optimal Transmission Switching and Optimal Power Flow sequentially as convexificated Quadratically Constrained Quadratic ProgramThomas Leveringhaus; Leonard Kluß; Iwo Bekker; Lutz HofmannOptimal Pump Scheduling in Multi-Phase Distribution Networks Using Benders DecompositionKrishna Sandeep Ayyagari; Nikolaos GatsisNew Cycle-based Formulation, Cost Function, and Heuristics for DC OPF Based Controlled IslandingIlya Tyuryukanov; Marjan Popov; Jorrit A. Bos; Mart A.M.M. van der Meijden; Vladimir TerzijaGeneral Polynomial Chaos in the Current-Voltage Formulation of the Optimal Power Flow ProblemTom Van Acker; Frederik Geth; Arpan Koirala; Hakan ErgunA SCOPF model for congestion management considering power flow controlling devicesAbhimanyu Kaushal; Hakan Ergun; Evelyn Heylen; Dirk Van Hertem S06: Economics, Energy Markets, and Regulation IIJalal KazempourProbability Density Function Forecasting of Electricity Price: Deep Gabor Convolutional Mixture NetworkMousa Afrasiabi; Shahabodin Afrasiabi; Mohammad Mohammadi; Jamshid AghaeiLearning Optimization Proxies for Large-Scale Security-Constrained Economic DispatchWenbo Chen; Seonho Park; Mathieu Tanneau; Pascal Van HentenryckDistributionally Robust Heat-and-Electricity Pricing for Energy Hub with Uncertain DemandsJiaxin Cao; Bo Yang; Shanying Zhu; Cailian Chen; Xinping GuanVoltage Feasibility-Constrained Peer-to-Peer Energy Trading with Polytopic Injection DomainsMohasha Isuru Sampath Lahanda Purage; Yu Weng; Franz-Erich Wolter; Hoay Beng Gooi; Hung Dinh NguyenUsing Geographic Load Shifting to Reduce Carbon EmissionsJulia Lindberg; Bernard C. Lesieutre; Line RoaldMarket Integration of Excess HeatLinde Frölke; Ida-Marie Palm; Jalal Kazempour S07: Power System Protection IILeonel Magalhães CarvalhoNew Technique for Fault Location in Distribution Systems Using Sincrophasor VoltagesDiego Cordova; Miguel MoretoHow Much ``Villain" is the Anti-Aliasing Filter for Traveling Wave-Based Fault Location Methods?Felipe Lopes; David Facina; Flávio Costa; Karcius Dantas; Kleber Melo; Raphael ReisSingle-Ended Multi-Method Phasor-Based Approach for Optimized Fault Location on Transmission LinesFelipe Lopes; Eduardo Leite Jr; João Paulo Ribeiro; Artur Piardi; Allan Scheid; Guilherme Zat; Renzo EspinozaFault Indicator Placement Optimization using the Cross-Entropy Method and Traffic Simulation DataManuela Cardoso; Lucas Venturini; Yago Baracy; Igor Ulisses; Leonardo Bremermann; Ahda Grilo; Leonel Carvalho; Diego IssicabaCorrelation-Based Single-Ended Traveling Wave Fault Location Methods: A Key Settings Parametric Sensitivity AnalysisRaphael Reis; Felipe Lopes S08: Machine Learning: Power System Control and OptimizationJohanna MathieuBatch Reinforcement Learning for Network-Safe Demand Response in Unknown Electric GridsAntoine Lesage-Landry; Duncan CallawayEffectiveness of Learning Algorithms with Attack and Defense Mechanisms for Power SystemsMingyuan Wu; Rahul Roy; Paul Serna Torre; Patricia Hidalgo-GonzalezA Reinforcement Learning Approach to Parameter Selection for Distributed Optimal Power FlowSihan Zeng; Alyssa Kody; Youngdae Kim; Kibaek Kim; Daniel MolzahnConstraint-Guided Deep Neural Network for Solving Optimal Power FlowAmir Lotfi; Mehrdad PirniaDecentralized Optimal Power Flow for Time-Varying Network Topologies Using Machine LearningPaul Serna Torre; Patricia Hidalgo-GonzalezLow Voltage Customer Phase Identification Methods Based on Smart Meter DataAlexander Hoogsteyn; Marta Vanin; Arpan Koirala; Dirk Van Hertem
15:30-16:00
Coffee Break
16:00-18:00
S09: Distribution System Monitoring, Operation, and ControlJose Maria Maza OrtegaConditional Parametric Model for Sensitivity Factors in LV Grids: A Privacy-Preserving ApproachGil Sampaio; Ricardo Bessa; Carla Gonçalves; Clara GouveiaFlexible and curtailable resource activation in three phase unbalanced distribution networksMd Umar Hashmi; Arpan Koirala; Hakan Ergun; Dirk Van HertemAdaptive Real-Time Grid Operation via Online Feedback Optimization with Sensitivity EstimationLukas Ortmann; Miguel Picallo; Saverio Bolognani; Florian DörflerDesign and Operation of Hybrid Multi-Terminal Soft Open Points using Feeder Selector Switches for Flexible Distribution System InterconnectionMatthew Deakin; Phil Taylor; Janusz Bialek; Wenlong MingA Gaussian Process Framework for the Probabilistic Dynamic Modeling of Active Distribution Networks Using Exogenous VariablesGeorgios Mitrentsis; Hendrik LensOnline Distribution System State Estimation via Stochastic Gradient AlgorithmJianqiao Huang; Xinyang Zhou; Bai Cui S10: Power Systems as Part of Multi-Energy SystemsTomas Gomez San RomanThe Water Energy Nexus: Improved Emergency Grid Restoration with DERsMartin Pietsch; Florian SteinkeCoordinated Operation of Electricity and Gas-Hydrogen Systems with Transient Gas Flow and Hydrogen Concentration TrackingSleiman Mhanna; Isam Saedi; Pierluigi Mancarella; Zihang ZhangImpact of CO2 reduction targets on the integrated planning of municipal multi-energy carrier systems with grid infrastructure and energy conversion unitsChristopher Hauk; Andreas Ulbig; Albert MoserMulti-Stage Linear Decision Rules for Stochastic Control of Natural Gas Networks with LinepackVladimir Dvorkin; Dharik Mallapragada; Audun Botterud; Jalal Kazempour; Pierre PinsonMulti-Horizon Planning of Multi-Energy SystemsTim Felling; Oliver Levers; Philipp FortenbacherModeling Gas Flow Directions as State Variables: Does It Provide More Flexibility to Power Systems?Junesoo Shin; Yannick Werner; Jalal Kazempour S11: Data-Driven Modeling Techniques Applied to Energy SystemsLine A. RoaldData-Driven Time Series Reconstruction for Modern Power Systems ResearchMinas Chatzos; Mathieu Tanneau; Pascal Van HentenryckA Data-driven Linearization Approach to Analyze the Three-phase Unbalance in Active Distribution SystemsJiaqi Chen; Line A RoaldAdequacy Assessment Using Data-Driven Models to Account for Aerodynamic Losses in Offshore Wind GenerationThuy-hai Nguyen; Jean-François Toubeau; Emmanuel De Jaeger; François ValléeToward Data-Driven Predictive Control of Multi-Energy Distribution SystemsDeborah Bilgic; Guanru Pan; Alexander Koch; Timm FaulwasserModel-less Robust Voltage Control in Active Distribution Networks using Sensitivity Coefficients Estimated from MeasurementsRahul Gupta; Fabrizio Sossan; Mario PaoloneA Data-Driven Representation of Aggregate Efficiency Curves of Hydro Units for the Mid-Term Hydrothermal Coordination ProblemLílian Brandão; José Francisco Pessanha; Lucas Keynafis; Rodrigo Pereira; André Luiz Diniz; Carlos Araújo Junior S12: Mathematical and Computational Issues in Modeling and SimulationGlauco TarantoContinuous-Time Echo State Networks for Predicting Power System DynamicsCiaran Roberts; Jose Daniel Lara; Rodrigo Henriquez; Matthew Bossart; Ranjan Anantharaman; Chris Rackauckas; Bri-Mathias Hodge; Duncan CallawayEvaluation of Time-Domain and Phasor-Domain Methods for Power System TransientReza Hassani; Jean Mahseredjian; Tshibain Tshibungu; Ulas KaraagacAn Open Source Modelica Implementation of the IEC 61400 Type 4 Wind Turbine Model for Power System Stability AssessmentBorja Carbonell; Carmen Cardozo; Quentin Cossart; Thibault Prevost; Gilles Torresan; Emeline GuiuStability Analysis of Implicit Integration Methods for Power Systems with Time DelaysGeorgios Tzounas; Ioannis Dassios; Federico MilanoAcceleration of Electromagnetic Transient Simulations in Modelica Using Spatial Data LocalityAlireza Masoom; Tarek Ould-Bachir; Jean Mahseredjian; Adrien GuironnetPanSuite: A Free Simulation Environment for the Analysis of Hybrid Electrical Power SystemsDaniele Linaro; Davide del Giudice; Federico Bizzarri; Angelo Maurizio Brambilla
19:00-21:30
Welcome Reception
Wednesday, 29 June 2022
8:30-9:30
Survey Paper 1: Power Systems Optimization under Uncertainty: A Review of Methods and ApplicationsLine A. Roald

Authors:

Line A. Roald, David Pozo, Anthony Papavasiliou, Daniel K. Molzahn, Jalal Kazempour, Antonio Conejo

Abstract:

Electric power systems and the companies and customers that interact with them are experiencing increasing levels of uncertainty due to factors such as renewable energy generation, market liberalization and climate change. This raises the important question of how to make optimal decisions under uncertainty. This paper aims to provide an overview of existing methods for modeling and optimization of problems affected by uncertainty, targeted at researchers with a familiarity with power systems and optimization. Furthermore, we provide a review of existing and emerging applications of optimization under uncertainty in power systems.

Power Systems Optimization Under Uncertainty: A Review of Methods and ApplicationsLine A. Roald; David Pozo; Anthony Papavasiliou; Daniel K. Molzahn; Jalal Kazempour; Antonio J. ConejoSlides Survey Paper 1Line A. Roald
9:30-10:00
Coffee Break
10:00-12:00
S13: State EstimationAli AburConsiderations on Three-phase Modeling for Branch-Current State EstimationMohamad S. Ismail; Eduardo N. AsadaMulti-area Parameter Error Identification for Large Power SystemsRamtin Khalili; Ali AburEnhancing Topology Error Detection via Multiple Measurement ScansBilgehan Donmez; Ali AburReciprocity in State Estimation Criticality AnalysisMilton Brown Do Coutto Filho; Julio Stacchini de Souza; Vinicius Braga Flôr; Rodolfo Ribeiro Oliveira NetoQuasi-Monte Carlo Particle Filter for Forecasting-aided State Estimation in Distribution SystemsTingting Zhang; Wen ZhangFast Decoupled State Estimation Including Thyristor Controlled Series Compensator DevicesLuan Felipe Lima; Odilon Tortelli; Elizete Lourenço; Renan Portelinha S14: Maintenance and Expansion PlanningHakan ErgunUncertainty representation in investment planning of low-carbon power systemsBastian Moya; Rodrigo Moreno; Sebastian Puschel-Lovengreen; Alysson Machado Costa; Pierluigi MancarellaApplication of Association Rule Mining for Offshore HVAC Transmission Topology Optimization.Stephen Hardy; Dirk Van Hertem; Hakan ErgunA Framework for Risk Assessment and Optimal Line Upgrade Selection to Mitigate Wildfire RiskSofia Taylor; Line A. RoaldPlanning and Design of Urban Low-Voltage DC GridsJulian Saat; Sebastian Stein; Maxim Müllender; Andreas UlbigAssessing the EV Hosting Capacity of Australian Urban and Rural MV-LV NetworksJing Zhu; William J Nacmanson; Luis F Ochoa; Barton HellyerComputing Necessary Conditions for Near-Optimality in Capacity Expansion Planning ProblemsAntoine Dubois; Damien Ernst S15: Physics-Informed Machine LearningSidi-rachid CherkaouiPhysics-Informed Geometric Deep Learning for Inference Tasks in Power SystemsSteven de Jongh; Felicitas Mueller; Loris Schmit; Michael Suriyah; Thomas Leibfried; Frederik GielnikShort-Term Power Prediction for Renewable Energy Using Hybrid Approach of Graph Convolutional Network and Long Short-Term MemoryWenlong Liao; Birgitte Bak-Jensen; Jayakrishnan Radhakrishna Pillai; Zhe Yang; Kuangpu LiuGenerating Multivariate Load States Using a Conditional Variational AutoencoderChenguang Wang; Ensieh Sharifnia; Zhi Gao; Simon Tindemans; Peter PalenskyPhysics-Informed Neural Networks for AC Optimal Power FlowRahul Nellikkath; Spyros ChatzivasileiadisPhysics-Informed Neural Networks for Modelling Power Transformer's Dynamic Thermal BehaviourFederica Bragone; Kateryna Morozovska; Patrik Hilber; Tor Laneryd; Michele LuvisottoLearning Indoor Temperature Predictions for Optimal Load Ensemble ControlNikolina Čović; Yury Dvorkin; Hrvoje Pandžić S16: Battery Control and OperationFabrizio SossanStochastic Operation of Energy Constrained Microgrids Considering Battery DegradationPer Aaslid; Magnus Korpås; Michael M Belsnes; Olav B FossoLinear Battery Models for Power Systems AnalysisDavid PozoModel Predictive Control for a Medium-head Hydropower Plant Hybridized with Battery Energy Storage to Reduce Penstock FatigueStefano Cassano; Fabrizio SossanOptimal Coordinated Design of Under-Frequency Load Shedding and Energy Storage SystemsPaola Santurino; Lukas Sigrist; Alvaro Ortega; Javier Renedo; Enrique LobatoWind-plus-Battery System Optimisation for Frequency Response Service: The UK PerspectiveFulin Fan; Giorgio Zorzi; David Campos-Gaona; John NwobuControl of a battery energy storage system to compensate for ADN equivalents inaccuraciesGilles Chaspierre; Patrick Panciatici; Thierry Van Cutsem
12:00-13:30
Lunch Break
13:30-15:30
S17: Flexible DemandSönke LoitzAn Iterative Quota Calculation Approach for Congestion Management and Optimal Grid UtilizationDaniel Contreras; Nelly-Lee Fischer; Sharon Müller; Krzysztof Rudion; Marc-Aurel Frankenbach; Alix von Haken; Bartholomäus SurmannLearning-Based Demand Response in Grid-Interactive Buildings via Gaussian ProcessesAna M. Ospina; Emiliano Dall'Anese; Yue Chen; Andrey BernsteinAggregated Flexibility from Multiple Power-to-Gas Units in Integrated Electricity-Gas-Hydrogen Distribution SystemsAntonella De Corato; Isam Saedi; Shariq Riaz; Pierluigi MancarellaDay-Ahead Local Flexibility Market for Active and Reactive Power with Linearized Network ConstraintsGeorgios Papazoglou; Aikaterini Forouli; Emmanouil Bakirtzis; Pandelis Biskas; Anastasios BakirtzisGridLearn: Multiagent Reinforcement Learning for Grid-Aware Building Energy ManagementAisling Pigott; Constance Crozier; Kyri Baker; Zoltan NagyIdentification and Quantification of the Flexibility Potential of a Complex Industrial Process for Ancillary Services ProvisionSylvain Ledur; Fabrizio Sossan; Georges Kariniotakis; Moulay-Driss Elalaouifaris; Robin Molinier; Jean-Christophe Alais S18: Power Systems and Electro-MobilityAndreas UlbigTowards Balanced Three-phase Charging: Phase Optimization in Adaptive Charging NetworksZixin Ye; Tongxin Li; Steven LowModeling Probabilistic Driving And Charging Profiles of Commercial Electric VehiclesChris Martin Vertgewall; Marc Trageser; Marcel Kurth; Andreas UlbigPrivacy-Preserving Decentralized Price Coordination for EV Charging StationsChenbei Lu; Jiaman Wu; Chenye WuOnline learning for Distributed Optimal Control of an Electric Vehicle FleetRoman Le Goff Latimier; Guénolé Chérot; Hamid Ben AhmedDistributed Privacy-Preserving Electric Vehicle Charging Control Based on Secret SharingXiang Huo; Mingxi LiuElectric Vehicle Aggregation Model: A Probabilistic Approach in Representing FlexibilityMark Jenkins; Ivana Kockar S19: Stability and Control of Inverter-Based GenerationIlhan KocarSystem-Level Performance and Robustness of the Grid-Forming Hybrid Angle ControlAli Tayyebi; Alan Magdaleno; Denis Vettoretti; Meng Chen; Eduardo Prieto-Araujo; Adolfo Anta; Florian DörflerThe Impact of DFIG Control Schemes on The Negative-Sequence based Differential ProtectionYuanzhu Chang; Ilhan Kocar; Mingxuan ZhaoStochastic Model Predictive Controller for Wind Farm Frequency Regulation in Waked ConditionsSunny Chen; Johanna Mathieu; Peter SeilerAnalysis of Multi-Converter Network Impedance Using MIMO Nyquist Criterion for Multi-Loop SystemsCallum Henderson; Agusti Egea-Alvarez; Lie XuCriticality of Inverter Controller Order in Power System Dynamic Studies -- Case Study: Maui IslandRick Wallace Kenyon; Amirhossein Sajadi; Andy Hoke; Bri-Mathias HodgeComparative Study of Battery-Based STATCOM in Grid-Following and Grid-Forming Modes for Stabilization of Offshore Wind Power PlantFangzhou Zhao; Xiongfei Wang; Zichao Zhou; Łukasz Kocewiak; Jan R. Svensson S20: Optimization of Distribution NetworksDaniel MolzahnNovel Agent-Based Voltage Control Methods for PV Prosumers Using Nodal PriceNaoto Yorino; Hiroyuki Taenaka; Ahmed Bedawy; Yutaka Sasaki; Yoshifumi ZokaOptimal Power Flow in Four-Wire Distribution Networks: Formulation and BenchmarkingSander Claeys; Frederik Geth; Geert DeconinckCoordinated Day-ahead Dispatch of Multiple Power Distribution Grids hosting Stochastic Resources: An ADMM-based FrameworkRahul Gupta; Sherif Fahmy; Mario PaoloneRisk-Aware Learning for Scalable Voltage Optimization in Distribution GridsShanny Lin; Shaohui Liu; Hao ZhuAssessing the Impacts of Nonideal Communications on Distributed Optimal Power Flow AlgorithmsMohannad Alkhraijah; Carlos Menendez; Daniel MolzahnDistributed Dual Gradient Tracking for Economic Dispatch in Power System with Noisy InformationWenwen Wu; Shuai Liu; Shanying Zhu
16:00-22:30
Conference Excursion
Thursday, 30 June 2022
8:30-9:30
Survey Paper 2: Handling Millions of Devices in Electricity Systems: Challenges for Modelling and ControlSpyros Chatzivasileiadis

Authors:

Spyros Chatzivasileiadis, Petros Aristidou, Tomislav Dragicevic, Daniel Gebbran, Federico Milano, Claudia Rahmann, Deepak Ramasubramanian

Abstract:

This paper collects the challenges and opportunities that emerge from the millions of controllable devices that are deployed across the transmission and distribution systems. Mov- ing to power systems that are dominated by converter-interfaced resources poses both threats and opportunities. On the one hand, new dynamic phenomena and types of instability arise and there is need for advanced simulation tools. On the other hand, it allows for a massive decentralized and direct response to any disturbance. The emerging power system paradigm aims to tap the flexibility potential of the millions of controllable devices to ensure the safe operation of power systems. To achieve that, however, we first need to address a range of modeling and control challenges. This paper attempts to identify and describe these challenges.

Handling Millions of Devices in Electricity Systems: Challenges for Modelling and ControlSpyros Chatzivasileiadis; Petros Aristidou; Tomislav Dragicevic; Daniel Gebbran; Federico Milano; Claudia Rahmann; Deepak RamasubramanianSlides Survey Paper 2Spyros Chatzivasileiadis
9:30-10:00
Coffee Break
10:00-12:00
S21: Power System Reliability and SecuritySaverio BolognaniSecurity Constrained OPF Utilizing Substation Reconfiguration and Busbar SplittingBasel Morsy; Anton Hinneck; David Pozo; Janusz BialekCross-layer Design for Real-time Grid Operation: Estimation, Optimization and Power FlowMiguel Picallo; Dominic Liao-McPherson; Saverio Bolognani; Florian DörflerCyber-physical risk modeling with imperfect cyber-attackersEfthymios Karangelos; Louis WehenkelOperation-Adversarial Scenario GenerationZhirui Liang; Robert Mieth; Yury DvorkinReliability-Aware Probabilistic Reserve ProcurementLars Herre; Pierre Pinson; Spyros ChatzivasileiadisOptimizing System Operation with Nadir Considerations via Simulations of Detailed System Dynamic ResponsesDiego Ortiz; Jacqueline Llanos; Yanira Muñoz; Rodrigo Moreno; Claudia Rahmann; Bikash Pal S22: Transmission Planning and Operation under Market ConditionsPascal Van HentenryckProviding Distributed Flexibility for Curative Transmission System Operation Using a Scalable Robust Optimization ApproachTill Kolster; Stefan Niessen; Mathias DuckheimImpact of preference-based energy products on local energy marketsKlemens Schumann; Julius Zocher; Wilhelm Cramer; Andreas UlbigDispatch-aware planning for feasible power system operationNicolas Christianson; Lucien Werner; Adam Wierman; Steven LowDynamic Retail Market Tariff Design for an Electricity Aggregator using Reinforcement LearningNastaran Naseri; Saber Talari; Wolfgang Ketter; John CollinsRevenue stacking for behind the meter battery storage in energy and ancillary services marketsWilliam Seward; Meysam Qadrdan; Nick JenkinsDynamics-aware Marginal Pricing of ElectricityRoohallah Khatami; Abdullah Al-Digs; Christine Chen S23: Voltage Stability and ControlMani V. VenkatasubramanianAn Feature-subspace based Ensemble Method for Estimating Long-term Voltage Stability MarginsAmbreen Khurram; Arief Gusnanto; Petros AristidouFast contingency screening for voltage stability analysis considering both SNBs and SIBsLucas Sales Neves; Luís Fernando Costa Alberto; Hsiao-Dong ChiangDecentralized Safe Reinforcement Learning for Inverter-Based Voltage ControlWenqi Cui; Jiayi Li; Baosen ZhangApplication of Thévenin Equivalent Sensitivity Equations for Reliable Voltage Stability AssesmentAlan de Paula Faria Ferreira; Denis Osipov; Joe H. Chow; Glauco Nery Taranto; Tatiana Mariano Lessa de AssisComputational methods for nonlinear analysis of Hopf bifurcations in power system modelsYuan Zhi; Habib Wajid; Mani Venkatasubramanian; Weijun Ji; Patrick Panciatici; Florent Xavier; Torresan GillesAn Optimization framework for Voltage Stability Support from Active Distribution NetworksPrionistis Giorgos; Costas Vournas S24: Operation and Control of MicrogridsJean MaeghtResynchronization of Islanded Unbalanced ADNs: Control, Sychrocheck and Experimental ValidationSherif Fahmy; Quentin Walger; Mario PaoloneQuantum Microgrid State EstimationFei Feng; Peng Zhang; Yifan Zhou; Zefan TangDeep Reinforcement Learning-Based Secondary Control for Microgrids in Islanded ModePedro Barbalho; Vinicius Lacerda; Ricardo Fernandes; Denis CouryImpact of Sector-Coupling in Microgrid to Residual Electricity Demand PropertiesYushi Kida; Ryoichi Hara; Hiroyuki KitaImpact of Decentralized Microgrids Optimal Energy Management on Power System DynamicsJuan S. Giraldo; Mohammed Ahsan Adib Murad; Taulant Kerci; Federico MilanoVoltage Regulation of a Remote Microgrid Bus With a Modular Multilevel STATCOMSamuel Neves Duarte; Pedro Machado de Almeida; Pedro Gomes Barbosa
12:00-13:30
Lunch Break
13:30-15:30
S25: Blackout Prevention, System Resilience, and RestorationGöran AnderssonRisk Assessment of Cascading Failures in Power Systems with Increasing Wind PenetrationYitian Dai; Robin Preece; Mathaios PanteliRecursive Restoration Refinement: A Fast Heuristic for Near-Optimal Restoration Prioritization in Power SystemsNoah Rhodes; Carleton Coffrin; Line RoaldSecondary Control in Grid Forming Inverters for a Grid Restoration Approach without CommunicationIwo Bekker; Lutz Hofmann; Axel MertensLearning to run a power network with trustAntoine Marot; Benjamin Donnot; Karim Chaouache; Adrian Kelly; Qiuhua Huang; Ramij-Raja Hossain; Jochen CremerGraph Decomposition for Constructing Blackstart Restoration Strategies in Benchmark CasesAdam BirchfieldFeedback Control Approaches for Restoration of Power Grids From BlackoutsJoseph Miller; Hugo Villegas; Ian Dobson; Andrey Bernstein; Bai Cui S26: Aggregation of Distributed Energy ResourcesRodrigo MorenoStochastic Aggregated Dynamic Model of Wind Generation with Correlated Wind SpeedsMuhammad Adeen; Federico MilanoAggregated Models of Active Distribution Networks for Stability Studies of Large Transmission SystemsAlexander Fuchs; Turhan Demiray; Mats LarssonA Modified Progressive Hedging Approach for Multistage Intraday Trade of EV AggregatorsPriyanka Shinde; Iasonas Kouveliotis-Lysikatos; Mikael Amelin; Meng SongFrom Hierarchical Control to Flexible Interactive Electricity Services: A Path to DecarbonizationMarija Ilic; Pedro CarvalhoOn-line Inertia Estimation of Virtual Power PlantsWeilin Zhong; Georgios Tzounas; Muyang Liu; Federico MilanoMulti-period Dynamic Tariffs for Prosumers Participating in Virtual Power PlantsZizheng Ren; Gregor Verbic; Jaysson Guerrero S27: Uncertainty Management and Stochastic OptimizationJalal KazempourDecoupled Probabilistic Feeder Hosting Capacity Calculations Using General Polynomial ChaosArpan Koirala; Md Umar Hashmi; Reinhilde D'hulst; Dirk Van HertemNon-parametric Chance-Constrained OPF via Maximum Mean Discrepancy MinimizationParikshit Pareek; Hung NguyenFair Operating Envelopes under Uncertainty Using Chance Constrained Optimal Power FlowYu Yi; Gregor VerbicBlock-Coordinate-Decent Adaptive Robust Operation of Industrial Multi-layout Energy hubs under UncertaintyMehrdad Aghamohamadi; Amin Mahmoudi; John K. Ward; Mojtaba Jabbari Ghadi; João P. S. CatalãoDNN-based Policies for Stochastic AC OPFSarthak Gupta; Sidhant Misra; Deepjyoti Deka; Vassilis KekatosEmploying Adversarial Robustness Techniques for Large-Scale Stochastic Optimal Power FlowAayushya Agarwal; Larry Pileggi; Priya Donti; Zico Kolter S28: Frequency RegulationRodrigo RamosAdaptive Droop Control Strategy for Flywheel Energy Storage Systems: A Power Hardware in-the-Loop ValidationShahab Karrari; Giovanni De Carne; Mathias NoeCoordinated Control of Grid-Forming Converters and Hydro Power Units to Enhance Frequency Quality of Future Power SystemAnant Narula; Massimo Bongiorno; Mebtu Beza; Peiyuan Chen; Daniel KarlssonDetection of Step Changes in Power System Waveforms using a Dictionary ApproachAlexandra Karpilow; Asja Derviskadic; Guglielmo Frigo; Mario PaoloneSecondary control activation analysed and predicted with explainable AIJohannes Kruse; Benjamin Schäfer; Dirk WitthautMarginal Rate of Technical Substitution of Traditional with Dynamic Regulation SignalsNoela Sofia Guzman; Claudio A. Canizares; Kankar Bhattacharya; Daniel SohmFlexible Drinking Water Pumping to Provide Multiple Grid ServicesAnna Stuhlmacher; Johanna L. Mathieu
15:30-16:00
Coffee Break
16:00-18:00
S29: Enhancing Operational Resilience and Flexibility of Distribution SystemsPetros C. AristidouDistribution System State Estimation Algorithm With Improved Angular Reference TreatmentVítor Henrique Pereira de Melo; Julio Augusto Druzina Massignan; João Bosco Augusto London JuniorDistribution systems cost reduction based on switches upgrades: a stochastic approachHenrique de Oliveira Caetano; Luiz Desuó Neto; Matheus de Souza Sant'Anna Fogliatto; Carlos Dias MacielEfficient Representations of Radiality Constraints in Optimization of Islanding and De-Energization in Distribution GridsJoe Gorka; Line RoaldMinimization of the Distribution Operating Costs with D-STATCOMS: A Mixed-Integer Conic ModelOscar Danilo Montoya; Alejandro Garcés Ruiz; Walter Gil-GonzálezLocal Voltage Control in Distribution Networks using PI Control of Active and Reactive PowerMartin Lundberg; Olof Samuelsson; Emil HillbergQuantifying the Uncertainty Imposed by Inaccurate Modeling of Active Distribution GridsJohanna Vorwerk; Uros Markovic; Petros Aristidou; Gabriela Hug S30: Small Signal StabilityBogdan MarinescuInvestigating small-disturbance stability in power systems with grid-following and grid-forming VSCs using hybrid modelling approachesYouhong Chen; Luke Benedetti; Robin Preece; Panagiotis Papadopoulos; Mike Barnes; Agustí Egea-ÀlvarezOptimal Generation Dispatch with Reduced Low-Frequency OscillationsManish Singh; Vassilis KekatosExhaustive modal analysis of large-scale power systems using model order reductionMohamed Kouki; Bogdan Marinescu; Florent XavierA Mutli-Signal Least-Squares-Based Optimization Technique for the Identification of Power System Oscillatory ModesEleftherios Kontis; Theofilos Papadopoulos; Georgios Barzegkar-NtovomAn approach for the aggregation of power system controllers with different topologiesJonas Pesente; Paulo Galassi; Leonardo Rodrigues; Felipe Crestani; Guilherme Justino; Rodrigo RamosSmall-Signal Stability Analysis of Uncertain Power Systems via Interval AnalysisAntonio Pepiciello; Alfredo Vaccaro S31: Machine Learning and Statistical Methods for Power ForecastingEfthymios KarangelosAn Advanced Deep Neuroevolution Model for Short-term Probabilistic Load ForecastingSeyed Mohammad Jafar Jalali; Parul Arora; B. K. Panigrahi; Abbas Khosravi; Saeid Nahavandi; Gerardo Osório; João CatalãoA Cross-Learning Approach for Cold-Start Forecasting of Residential Photovoltaic GenerationJeremie Bottieau; Zacharie De Greve; Thibaut Piraux; Aurelie Dubois; François Vallee; Jean-François ToubeauOnline Updating of a Markovian Solar Forecast RepresentationJeffrey Sward; José Daniel Lara; Kate Doubleday; Bri-Mathias HodgeIntroducing Explainability in Sequence to Sequence Learning for Short-term Load ForecastingGonca Gürses-Tran; Tobias Alexander Körner; Antonello MontiTrading Data for Wind Power Forecasting: A Regression Market with Lasso RegularizationLiyang Han; Pierre Pinson; Jalal KazempourCovariance Structures for High-dimensional Energy ForecastingJethro Browell; Ciaran Gilbert; Matteo Fasiolo S32: Massive Integration of Renewable Energy ResourcesGregor VerbicReliability Assessment of Modern Distribution Networks Embedded with Renewable and Distributed ResourcesLei Xiao; Kashem Muttaqi; Ashish AgalgaonkarUncertainty Quantification in LV State Estimation Under High Shares of Flexible ResourcesNils Müller; Samuel Chevalier; Carsten Heinrich; Kai Heussen; Charalampos ZirasStochastically Shaping Aggregator Energy and Reserve Bids to Ensure Network SecurityJames Russell; Paul Scott; Ahmad AttarhaAdjustable Robust Approach to Increase DG Hosting Capacity in Active Distribution SystemsMasoume Mahmoodi; Ahmad Attarha; Seyyed Mahdi Noori Rahim Abadi; Paul Scott; Lachlan BlackhallPower Grid Segmentation for Local Topological ControllersNoureddine Henka; Quentin François ; Sami Tazi; Manuel Ruiz; Patrick PanciaticiCo-simulation Applied to Power Systems with High Penetration of Distributed Energy ResourcesIgor Chagas; Marcelo Tomim
19:00-23:00
Conference Gala Dinner
Friday, 1 July 2022
8:30-9:50
S33: TSO-DSO CoordinationLouis WehenkelA General Nash Bargaining Solution to the TSO-DSOs Coordinated Flexibility Trading MarketNan Gu; Jingshi Cui; Chenye WuA methodology for improved TSO-DSO coordination in grid operation planningJan Ringelstein; Mike Vogt; Ataollah Moghim Khavari; Roberto Ciavarella; Marialaura Di Somma; Giorgio GraditiValues and Impacts of Incorporating Local Flexibility Services in Transmission Expansion PlanningErik Francisco Alvarez Quispe; Luis Olmos Camacho; Andres Ramos Galan; Kyriaki Antoniadou-Plytaria; David Steen; Tuan Le Anh Methods for Optimal Risk-Averse Demand Contracting Strategy in Distribution Companies: A Brazilian Case StudyAlexandre Street; Armando Leite da Silva; Cristiano Fernandes; André Milhorance; Erica Telles; Guilherme Bodin; Raphael Saavedra S34: Wide-Area Monitoring and ControlJose Daniel LaraState Estimation Using SCADA and PMU Measurements for Networks Containing Classic HVDC LinksGeorgios Karvelis; George Korres; Orestis DarmisA Special Protection Scheme for Damping Power System Oscillations by Controlling Wind FarmsTor Inge Reigstad; Salvatore D'ArcoA wide-area nodal frequency estimation and tracking approachRicardo Martinez-Parrales; Carlos Gonzalez-Carrillo; Claudio Fuerte-Esquivel; Isaac Ortega-RiveraFramework for the Design and Automatic Deployment of Smart Grid ApplicationsFelix Knorr; Thomas Frühwirth; Wolfgang Kastner S35: HVDC as Part of a Power SystemXavier GuillaudA Traveling Wave based Primary and Backup Protection for MMC-MTDC System using Morphological Un-Decimated Wavelet SchemeMahitosh Banafer; Soumya R. MohantyNon-Characteristic Harmonics in Modular Multilevel Converters – An Analytical ApproachOzgur Can Sakinci ; Jef BeertenMeta-heuristic Optimization of Control Structure and Design for MMC-HVdc ApplicationsCarolin Hirsching; Steven de Jongh; Daniela Eser; Michael Suriyah; Thomas LeibfriedPower Flow Control for an Embedded HVDC Link to Integrate Renewable Energy in BrazilGlauco Taranto; Carlos Pontes; Thomas Campello; Victor Almeida; John Graham; Paulo Esmeraldo S36: Power Flow AnalysisAlfredo VaccaroA Sample-Based Approach for Computing Conservative Linear Power Flow ApproximationsPaprapee Buason; Sidhant Misra; Daniel MolzahnA Fixed-Point Current Injection Power Flow for Electric Distribution Systems using Laurent SeriesJuan S. Giraldo; Oscar Danilo Montoya; Pedro P. Vergara; Federico MilanoMulti-Voltage Level Distributed Backward-Forward Sweep Power Flow Algorithm in an Agent-Based Discrete-Event Simulation FrameworkJohannes Hiry; Chris Kittl; Debopama Sen Sarma; Thomas Oberließen; Christian RehtanzThree-Phase Infeasibility Analysis for Distribution Grid StudiesElizabeth Foster; Amritanshu Pandey; Larry Pileggi
9:50-10:10
Coffee Break
10:10-11:30
S37: Distributed Storage Systems: Control, Scheduling and PlanningSpyros ChatzivasileiadisBattery Control With Lookahead Constraints in Distribution Grids Using Reinforcement LearningJoel da Silva André; Eleni Stai; Ognjen Stanojev; Gabriela HugIntegration of a Storage Device to the DC Bus of a Grid-Forming Controlled HVDC InterconnectionEbrahim Rokrok; Taoufik Qoria; Antoine Bruyere; Bruno Francois; Xavier GuillaudCommunity Energy Storage Operation via Reinforcement Learning with Eligibility TracesEdgar Mauricio Salazar Duque; Juan Sebastian Giraldo; Pedro P. Vergara; Phuong Nguyen; Anne van de Molen; Han SlootwegPricing Real-time Stochastic Storage OperationsCong Chen; Lang Tong S38: Cyber-Physical Energy Systems Modeling and ControlChristian RehtanzA Hybrid Model for Analysing Disturbance Propagation in Cyber-Physical Energy SystemsJonas Haack; Anand Narayan; Amit Dilip Patil; Marcel Klaes; Martin Braun; Sebastian Lehnhoff; Hermann de Meer; Christian RehtanzHardware alarms reduction in Radio Base Stations by forecasting Power Supply Units headroomAgustín Valencia González; Oleg Gorbatov; Lackis Eleftheriadis Interfacing Real-Time and Offline Power System Simulation tools using UDP or FPGA systemsChristian Scheibe; Ananya Kuri; Yuyao Feng; Le Zhao; Xuejun Xiong; Piergiovanni La Seta; Xiao Peng Liang; Johannes Knödtel; Philipp Holzinger; Christian Scheibe; Marc Reichenbach; Ananya Kuri; Gert MehlmannAnalytical Approach for Adequacy Assessment of Cyber-Physical Multi-Microgrid Distribution Systems with Distributed GenerationMostafa Barani; Vijay Venu Vadlamudi S39: Services provided by Energy Storage and Flexible LoadsBertrand CornélusseOptimal Grid-Forming Control of Battery Storage Systems Providing Multiple Services: Modelling and Experimental ValidationFrancesco Gerini; Yihui Zuo; Rahul Gupta; Elena Vagnoni; Antonio Zecchino; Zhao Yuan; Rachid Cherkaoui; Mario PaoloneVariable Heat Pricing to Steer the Flexibility of Heat Demand Response in District Heating SystemsLi Bai; Pierre Pinson; Jiawei WangModel-based Efficiency and Emission Evaluation of a Marine DC Hybrid Power System with Load ProfilePramod Ghimire; Siamak Karimi; Mehdi Zadeh; Krishna Kumar Nagalingam; Eilif PedersenThe effect of SoC management on economic benefits for battery energy storage system in providing voltage regulation in distribution networksChaowanan Jamroen S40: Electromagnetic Transients on a SystemJean MahseredjianElectromagnetic Device Modeling by Three Circuit-Based MethodsSadegh Rahimi Pordanjani; Mohammed Naïdjate; Nicolas Bracikowski ; Jean Mahseredjian; Mircea Fratila ; Afshin Rezaei-ZareModelling of Water Conduit Dynamics Using the Electromagnetic Transient Program Line ModelRavi Mutukutti; Jose MartiEfficient Implementation of Multi-Port Frequency Dependent Network Equivalents for Electromagnetic Transient Studies using Norton Equivalent CircuitsClaudio Saldańa; Graciela CalzolariEfficient Steady State Analysis of the Grid Using Transient ModelsAayushya Agarwal; Larry Pileggi
11:30-12:00
Coffee Break
12:00-13:30
Panel Session: Autonomous System OperationWolfram-H. Wellßow

The speakers of the panel session are:

  • W. H. Wellssow, University Kaiserslautern, Germany
  • C. Rehtanz, TU Dortmund University, Germany
  • R. Chatterjee, MISO, USA
  • L. Saludjian, RTE, France
  • R. Parreira, E-Redes, Portugal
  • S. Dalhues, PSI Software AG, Germany
     
Panel Session: Autonomous System OperationWolfram H. Wellssow; Christian Rehtanz; Renuka Chatterjee; Lucas Saludjian; Rui Parreira; Stefan Dalhues
13:30-13:45
Closing Session

 

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