Jalal Kazempour

Ricardo Bessa INESC TEC, Porto

Towards interpretable models and human-AI integration in energy systems

Thomas Dalgas Fechtenburg Energinet, Danish TSO

A balancing philosophy fit for 100% renewables?

Luiz Barroso PSR

Integrated AI-based climate modeling and stochastic optimization

Sijia Geng Johns Hopkins University

Power system stability with high shares of grid-forming and grid-following inverters

Panagiotis Papadopoulos University of Manchester

Can machine learning help secure power systems?

Sonja Wogrin TU Graz

Cracking the complexity barrier: Towards exact data aggregation for high-performance energy system models

Martin Bichler Technical University of Munich

Theoretical foundations of non-convex markets: with applications to electricity market design

Henrik Sandberg KTH

Cyber-physical security in energy systems

Johanna Vorwerk DTU

Rethinking power system dynamic simulations with machine learning

Lesia Mitridati (joint talk with Jalal) DTU

Learning and market design for prosumers in energy communities

Richard O'Neill Formerly with ARPA-E and FERC

Evolution and future needs of U.S. ISO markets

Paul Joskow MIT

Hybrid electricity markets to support variable renewable energy and storage

Natalia Fabra UC3M

Designing long-run electricity markets

Azarakhsh Malekian University of Toronto

The economics of data

Jochen Cremer TU Delft

Power system reliability with deep learning

Bissan Ghaddar Ivey Business School & DTU

Strong and cheap conic relaxations for energy networks

Spyros Chatzivasileiadis DTU

Physics-informed graph neural networks for power systems

Licio Romao DTU

Optimization under uncertainty: A data-driven approach

Lesia Mitridati (joint talk with Jalal) DTU

Optimization with contextual information: Trading wind power and hydrogen under uncertainty

Carleton Coffrin Los Alamos National Lab

Quantum computing and PowerModels.jl for optimization of power systems

Mahnoosh Alizadeh UC Santa Barbara

Safe learning and optimization with applications in retail electricity pricing

David Newbery University of Cambridge

Contract design for electricity markets

Line Roald UW Madison

Topology optimization for system resilience and restoration

Pierluigi Mancarella University of Melbourne

Navigating the energy transition: Challenges and opportunities in Australia

Rodrigo Moreno University of Chile

Decarbonisation challenges in the South American context

Lesia Mitridati DTU

Complementarity modelling in energy markets

Spyros Chatzivasileiadis DTU

Trustworthy AI for power systems

Julia Kirch Kirkegaard DTU

Social concerns and values in the energy transition

Juan Miguel Morales University of Malaga

Decision-making under uncertainty with contextual information

Ram Rajagopal Stanford University

Data-driven modeling of distributed energy resources and applications

Ferdinando Fioretto University of Virginia

Differential privacy: Foundations and applications

Antoine Lesage-Landry Polytechnique Montréal

Online decision making (1/3)

Antoine Lesage-Landry Polytechnique Montréal

Online decision making (2/3)

Antoine Lesage-Landry Polytechnique Montréal

Online decision making (3/3)

Lykke Mulvad Jeppesen Ørsted

Offshore wind and infrastructure: A key to decarbonizing Europe

Florian Dörfler ETH Zurich

Data-enabled predictive control of autonomous energy systems

the talk was not recorded due to technical issues

Hao Zhu UT Austin

Physics-informed and risk-aware machine learning in power systems

Sergio Grammatico TU Delft

Learning in games

Trine Boomsma University of Copenhagen

Stochastic programming and applications to power system operation and investment

the talk was not recorded due to technical issues

Pierre Pinson DTU

Data markets for energy

Spyros Chatzivasileiadis DTU

Trustworthy AI for power systems

Dolores Romero Morales CBS

The opportunities & challenges of mathematical optimization for data science

Munther Dahleh MIT

A marketplace for data

Johanna Mathieu University of Michigan

Data‐driven distributionally robust optimization

Andrea Simonetto IBM Research Ireland

Data‐driven optimization in power systems

Pierre Pinson DTU

Statistical and machine learning for forecasting

Spyros Chatzivasileiadis DTU

Data‐driven methods for power system security assessment

Miguel Anjos Polytechnique Montréal

Introduction to optimization in energy (1/2)

Miguel Anjos Polytechnique Montréal

Introduction to optimization in energy (2/2)

Daniel Kuhn EPFL

Data-driven and distributionally robust optimization and applications (1/2)

Daniel Kuhn EPFL

Data-driven and distributionally robust optimization and applications (2/2)

Pascal Van Hentenryck University of Michigan

Convex relaxations and applications (1/2)

Pascal Van Hentenryck University of Michigan

Convex relaxations and applications (2/2)

Misha Chertkov Los Alamos National Lab

Optimization, inference and learning for integrated energy systems (1/2)

Misha Chertkov Los Alamos National Lab

Optimization, inference and learning for integrated energy systems (2/2)

Maryam Kamgarpour ETH Zurich

Game-theoretic models in energy systems and control (1/2)

Maryam Kamgarpour ETH Zurich

Game-theoretic models in energy systems and control (2/2)

Pierre Pinson DTU

Consumer-centric electricity markets

Spyros Chatzivasileiadis DTU

Introduction to DC-OPF, AC-OPF and convex relaxations

Benjamin F. Hobbs Johns Hopkins University

Designing power markets to support optimal decisions: How can our models contribute?

Dan Molzahn Argonne National Lab

A tutorial on convex relaxations of the power flow equations

Pierre Pinson DTU

Uncertainty: Concepts, modelling and verification

Spyros Chatzivasileiadis DTU

Optimal power flow (DC and AC OPF)

Kostas Margellos University of Oxford

Learning and generalization in uncertain networks

Athanasios Papakonstantinou DTU

Game theory in electricity markets

Josh Taylor University of Toronto

Financial transmission and storage rights

Josh Taylor University of Toronto

Game theory and market power

Dimitrios Papadaskalopoulos Imperial College London

Distributed optimization and dual decomposition: Application to the coordination of flexible loads

Michal Adamaszek MOSEK

Introduction to Mosek

Elizabeth Wilson Dartmouth College

Rules, tools and Joules negotiating energy markets for renewables integration

Anthony Papavasiliou UCLouvain

An asynchronous distributed subgradient algorithm for solving stochastic unit commitment

Georg Ch. Pflug University of Vienna

Decision making under uncertainty

Emre Can Kara SLAC National Accelerator Laboratory

Towards real-time estimation of solar generation for power system operations

José M. Arroyo Universidad de Castilla – La Mancha

Optimal reserve offer deliverability in cooptimized electricity markets: A two-stage robust optimization approach

Juan M. Morales DTU

Mechanisms to increase the efficiency of two-stage electricity markets with uncertain supply

Mohammad Shahidehpour Illinois Institute of Technology

Coordination of interdependent natural gas and electricity infrastructures for firming the variability of wind energy in stochastic day-ahead scheduling

Hrvoje Pandžić University of Zagreb

Introduction to interval and robust optimization

Pierre Pinson DTU

Uncertainties: What are we talking about? Current challenges related to uncertainties

Ramteen Sioshansi Carnegie Mellon University

Enhancing electricity-system resilience with adaptive robust optimization and conformal uncertainty characterization

Diego Mejía-Giraldo Universidad de Antioquia

Green hydrogen economic model: A Colombian perspective

Harry van der Weijde Open Energy Transition

From bench to boardroom: What happens when open energy models meet the real world?

Ezzat Elokda ETH Zürich

Karma Economies: Aligning the “socio” in socio-technical control: Trustworthy, fair, and efficient resource allocation

Bert Zwart CWI and TU/e

How to avoid blackouts at minimal costs using chance-constrained programming?

David Wozabal VU Amsterdam

Algorithmic trading in continuous intraday power markets

Line Roald UW Madison

How can consumers effectively reduce the carbon footprint of electricity consumption?

Josh Taylor New Jersey Institute of Technology

Active distance protection in inverter-fed grids

Hrvoje Pandzic University of Zagreb

Evaluation of battery models for power system economics

Antonio J. Conejo Ohio State University

Gas-power equilibria

Antonio J. Conejo Ohio State University

Adaptive robust optimization and its applications to power systems

Steven Low Caltech

Time-varying nonconvex optimization with application to OPF

Ian Hiskens University of Michigan

Nonlinear dynamics of aggregate load models

Uday V. Shanbhag Pennsylvania State University

Advanced game-theoretic models

5-day DTU course

Pascal Van Hentenryck Georgia Tech

Gas-aware unit commitment

Afzal Siddiqui University College London

Strategic use of storage