EENERDAY 2023 - 17th International Conference on Energy Economics and Technology
„The energy crisis as an accelerator of a sustainable transformation?"
Friday, 5 May 2023
Technische Universität Dresden, Faculty of Business and Economics, Dresden, Germany
Presentations
| Keynote Talks |
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| SachsenEnergie – our contribution to the German energy transition; Dr. Axel Cunow (SachsenEnergie) |
| Trends in European and International Gas Markets in the Energy Sector Transformation; Prof. Anne Neumann (NTNU Trondheim) |
| Energy system modeling I |
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| Uncertainty in energy system modeling - lessons from casestudies with GENeSYS-MOD; Karlo Hainsch (TU Berlin) |
| Numerical optimisation of supply security in a cellularstructured district using solidbiomass-based hybrid systems; Lukas Richter (Deutsches Biomasse-forschungszentrum) |
| Sustainable Power Systems Transformation of Industrial Regions: Insights from Energy System Modelling; Sophie Pathe (Ruhr-University Bochum) |
| Energy system modeling II |
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| Investments in coupled energy sectors and market pricing; Johannes Wirth (FAU Erlangen-Nürnberg) |
| Energy Imports and Infrastructure in a Climate-Neutral European Energy System; Fabian Neumann (TU Berlin) |
| Green deal and carbon neutrality assessment of Czechia; Lukáš Rečka (Charles University Praha) |
| Energy system modeling III |
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| Exploring the untapped potential of renewables flexibility options in CO2 emissions - What cost?; Steffi Misconel (EURAC Research) |
| Impact of non-linear CO2 price fluctuations on investments in the power sector; Erdal Tekin (IER University of Stuttgart) |
| Navigating to a Greener Europe through Clean Electricity Procurement; Iegor Riepin (TU Berlin) |
| Energy system modeling IV |
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| How reduction of energy demand can help to reach or reinforce German mitigation targets; Patrick Jürgens (Fraunhofer ISE) |
| The Industry Transformation from Fossil Fuels to Hydrogen will reorganize Value Chains: Big Picture and Case Studies for Germany; Nima Farhang-Damghani (FAU Erlangen-Nürnberg) |
| Coherent Transformation Paths in Energy System Modelling - A Case Study for Germany; Toni Busch (Forschungszentrum Jülich) |
| At the borderline: An analysis of the electricity trade between Mexico and US (online contribution); Lilia Garcia Manrique (University of Sussex) |
| Natural Gas I |
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| European Economic Impacts of Cutting Energy Imports from Russia: A Computable General Equilibrium Analysis; Sigit Perdana (EPFL Lausanne) |
| European Gas and LNG Scenarios For Winter 2023/2024 And Beyond; Andreas Schroeder (ICIS – Independent Chemical & Energy Market Intelligence) |
| Europe’s independence from Russian natural gas – Effects of a complete import stop on energy system development; Nikita Moskalenko (WIP - TU Berlin) |
| Natural Gas II |
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| Long-term Development of European Natural Gas Markets - Scenario Analysis using the Global Gas Model (GGM) (online contribution); Lukas Barner (TU Berlin) |
| Could we learn from our mistakes in the past? Comparing gas market forecasts from MAGELAN model with actual developments in reality; Andreas Seeliger (Hochschule Niederrhein) |
| Expanding natural gas crossborder flows in Europe through the optimal use of the pipeline grid: a stylized model comparison; Christian von Hirschhausen (TU Berlin) |
| III Smart grid and tariffs |
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| Smart Network Tariffs: Managing Demand Peaks in Residential Electricity Distribution; Roman Hennig (TU Delft) |
| Effects of electricity pricing schemes on household energy consumption A meta-analysis of academic and nonacademic literature (online contribution); Tarun Khanna (Mercator Research Institute) |
| A methodological approach for developing smart grids - determining main drivers and match appropriate projects to meet local needs; Philipp Riegebauer (BABLE GmbH) |
| Energy transition |
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| Effects of fuel switching on electricity consumption and greenhouse gas emissions after the Russia–Ukraine War; Yeong Jae Kim (KDI School of Public Policy and Management South Korea) |
| Defining green hydrogen: Does simultaneity benefit big players?; Nieves Casas (RWTH Aachen University) |
| Reviewing energy transition studies in the light of recent European gas market developments; Daniel Brunsch (Universität Duisburg-Essen) |
| Demand and Generation in Distribution Grids: Future Challenges and Opportunities; Abhilash Bandam (Forschungszentrum Jülich) |
| Hydrogen and flexibility |
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| On assessing the value of decentral flexibility given different flexibility deployment and TSO-DSO coordination; Hendrik Kramer (Universität Duisburg-Essen) |
| Hydrogen and Heat Storages as Flexibility Sources for a Greenhouse Gas-Neutral German Energy System; Thomas Schöb (Forschungszentrum Jülich) |
| Hydrogen and infrastructure |
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| A sector-coupled european energy system towards 2050 - Exploring the role of hydrogen pipeline infrastructure; Jonathan Hanto (Europa-Universität Flensburg / TU Berlin) |
| Generation options & effects of sustainable hydrogen from offshore wind energy on the German energy system; Enno Wiebrow (TU Berlin) |
| The economics of global green ammonia trade – “Shipping Australian wind and sunshine to Germany”; Kiana Niazmand (FAU Erlangen-Nürnberg) |
| Demand Response |
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| Gas demand in times of crisis: energy savings by consumer group in Germany; Oliver Ruhnau (Hertie School) |
| The impact of demand-side mitigation measures in German passenger transport on the energy system transformation; Marlin Arnz (TU Berlin) |
| The role of dynamic electricity price contracts to utilise residential demand-side response to fight the energy crisis and ease the transformation to a renewable power system; Matthias Hofmann (NTNU / Statnett) |
| Decentralised energy supply |
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| Sustainable municipality modelling: Clustering-based bi-level optimization of a decentralized municipality energy and resource treatment infrastructure portfolio; Matthias Maldet (EEG – Technische Universität Wien) |
| Comparison of CO2 and costoptimised energy system for a residential building in Germany; André Eggli (Hochschule Luzern) |
| Modelling district heating systems transition towards climate neutrality, case study of Poland; Maciej Raczyński (AGH University of Science and Technology) |
| Investigation of seasonal congestion situations in modern rural integrated distribution grids; Tom Steffen (Technische Universität Hamburg) |
| Renewables and modeling |
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| The insurance value of renewable energies; Thibault Deletombe (Université Paris Dauphine-PSL) |
| A novel approach to generate bias-corrected regional wind infeed timeseries based on reanalysis data; Yannik Pflugfelder (Universität Duisburg-Essen) |
| The effect of coarse weather data resolution on energy system model results; Matthias Zech (DLR – Institut für vernetzte Energiesysteme) |
| PV and storage |
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| Determinants of residential photovoltaic and battery storage adoption in Germany: an empirical investigation; Stephanie Stumpf (KIT – Institute of industrial production) |
| Renewables and infrastructure |
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| Potentials of parking and floating photovoltaics in Germany; Rachel Maier (Forschungszentrum Jülich) |
| Solar Prosumage: Interactions with the Transmission Grid; Mario Kendziorski (TU Berlin) |
| Spaghettigrids: Offshore grid development with a geographical information system - First results for Baltic and North Sea; Felix Jakob Fliegner (50Hertz / TU Dresden) |
| Technology assessment |
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| Economics of nuclear power in decarbonized energy systems; Alexander Wimmers (TU Berlin) |
| Efficient electricity distribution and sustainable energy management through Big Data analytics and machine learning; Andrej Somrak (Troia d.o.o.) |
| Functional Technology Foresight: Case Study for Direct Air Capture and Storage; Freia Harzendorf (Forschungszentrum Jülich) |
| Effect of the energy crisis on short-term and long-term market design - an economic assessment; Maxime Amadio (Compass Lexecon) |