ENERDAY 2019 - 13th International Conference on Energy Economics and Technology
Table of contents
Presentations
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Keynotes |
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The Energy Transformation in Europe and Beyond – The Big Picture and Some Details; Prof. Dr. Manfred Hafner (Johns Hopkins University SAIS-Europe, SciencesPo PSIA, Fondazione Eni Enrico Mattei) |
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Impulses for a new heat market design, Florian Weiser (MVV Energie AG) |
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Low-Carbon Energy System Transformation I/III |
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Ways to a low-emission energy system - repercussions of a German coal phase-out, full paper, Michael Wiesmeth (Universität Stuttgart) |
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Short-term effectiveness of electrolytic hydrogen production for energy system decarbonisation, Kai Klöckner (RWTH Aachen University) |
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Scenarios for decarbonizing an integrated energy system, Leonard Göke (TU Berlin) |
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Gas Markets |
| Implementing new capacity booking regimes for gas transmission networks – How will gas storages be affected?, Dominic Lencz (ewi Energy Research & Scenarios) |
| Drivers and barriers of future gas demand - A meta analysis, Hendrik Scharf (TU Dresden) |
| Gas Flows and Gas Prices in Europe: What is the Impact of Nord Stream 2, full paper, Dr. Maik Günther (Stadtwerke München GmbH) |
| Local energy markets |
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On the Stability of Energy Communities with limited generation capacities; Andreas Fleischhacker (TU Wien) |
| Pricing mechanisms and market designs in peer-to-peer electricity trading: fostering energy access and self-sufficiency; Jens Weibezahn (TU Berlin) |
| Techno-economic evaluation of combined micro power and heat generation assets: Implications for the multi-tenant building market in Germany; Prof. Dr.Reinhard Madlener (RWTH Aachen University) |
| Economics of consumer behavior |
| Digital labels as the next step for informed consumer decisions - experiences from an EU field trial, Dr. Uta Burghard (Fraunhofer-Institut für System- und Innovations-forschung ISI) |
| Households‘ Dynamic Investment Choice in Energy Efficient Technology; Sebastian Mertesacker (University of Cologne) |
| Photovoltaic self-consumption after the support period: Will it pay off in a cross-sector perspective?; Jonas Klamka (University of Siegen) |
| Low-Carbon Energy System Transformation II/III |
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Decarbonization of the European energy system with strong sector couplings, Prof. Dr. Martin Greiner (Aarhus University) |
| Analyzing Potential Stranded Assets – A Challenge for the European Low-Carbon Transition?; Konstantin Löffler (TU Berlin) |
| Modelling of the European Union’s Long-Term Strategy towards a carbon-neutral energy system, Alessia De Vita (National Technical University of Athens) |
| Energy transition on a local level |
| A Generic Evaluation Process for Power-to-X Business Cases in an Urban Setting; Stefan Scharl (RWTH Aachen University) |
| The transition of the energy system towards (almost) complete decarbonization from an utility perspective; Dr. Holger Wiechmann (Energie Baden-Württemberg AG) |
| Sustainability assessment of the energy transition: Insights from Saxon municipalities, Germany; Kendisha Soekardjo Hintz (TU Dresden) |
| Flexibility in energy systems |
| How to Estimate the Balancing Capability of Hydropower? – A Proposed Method that Reveals Insights in Factors Affecting Flexibility, Dr. Richard Scharff (Vattenfall) |
| The impact of sector coupling options on electricity systems – An evaluation of different flexibility options; Mario Kendziorski (TU Berlin) |
| Find your way around the various flexibility mechanisms under the European burden-sharing, Marc Vielle (École Polytechnique Fédérale de Lausanne) |
| Alternative fuels for transportation |
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LNG from renewable sources as an alternative fuel for maritime shipping?, Prof. Dr. Andreas Seeliger (Hochschule Niederrhein) |
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Application-side merit-order-curves for synthetic fuels in the german energy system, full paper Tobias Hübner (Forschungsgesellschaft für Energiewirtschaft mbH) |
| Economic comparison of electric fuels produced at excellent sites for renewable energies: A Scenario for 2035; Philipp Runge (Friedrich-Alexander-Universität Erlangen-Nürnberg) |
| Market design |
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Strategic reserve for Switzerland: Is it needed and (how) would it work?; Prof. Dr. Hannes Weigt (University of Basel) |
| Incentive-based Subsidy and Tax for Efficient Generation Investment, Lamia Varawala (KTH Royal Institute of Technology) |
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Low-carbon energy system transformation: the role of markets,full paper, Mike Bostan (European Federation of Energy Traders) |
| Carbon mitigation and EU ETS |
| The amendment of the EU ETS: decomposition of effects and dynamic efficiency; Theresa Wildgrube (ewi Energy Research & Scenarios) |
| CO2 mitigation costs of smart space heating systems for private households in Germany; Dr. Dominik Schäuble (Institute for Advanced Sustainability Studies) |
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Carbon avoided costs for the low-carbon technologies in Russia and EU; Andrey Khorshev (Russian Academy of Sciences) |
| Modelling and Simulation of Energy Markets |
| Is the more complex model always the better one? Evidence from the assessment of security of electricity supply; Lars Nolting (RWTH Aachen University) |
| Reliability constrained generation expansion planning: Case study for different system sizes and characteristic renewable profiles; Markus Groissböck (University of Innsbruck) |
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Modelling of imports and exports for the German electricity system; full paper, Timona Ghosh (TU Berlin) |
| Renewable energies |
| Paradoxa, anomalies and limits – the collective dynamics of energy systems; Prof. Dr. Marc Timme (TU Dresden - cfaed) |
| The impact of multi-year weather variability on the security of supply in highly renewable power systems: a case study for Germany; Fridolin Pflugmann (TU München) |
| Interaction of sector coupling technologies with further flexibility options in energy systems with different PV-Wind shares; Christoph Zöphel (TU Dresden) |
| Modelling of the heating sector |
| Bottom-up modelling of heating investment using clustered time series data; Berit Hanna Czock (ewi Energy Research & Scenarios) |
| Nearly Zero Energy Cities: Scalability of energy self-consumption from buildings to large urban areas; Manuel Villa (FUNSEAM) |
| Active retrofitting for multi-apartment buildings: use case analysis with a special focus on photovoltaics and different heating systems; Bernadette Fina (TU Wien) |
| Low-Carbon Energy System Transformation III/III |
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Survey and classification of business models for the energy transformation; full paper, Johannes Giehl (TU Berlin) |
| Cost and Metal Savings through a Second-Life for Electric Vehicle Batteries; full paper, Anika Regett (Forschungsstelle für Energiewirtschaft e.V.) |
| Pathways for Germany’s energy transition towards 2050; Frederik Seehaus (TU Berlin) |
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Modelling Aspects of Energy Markets |
| Impact of Different Generation Shift Key Strategies on the Flow-based Market Coupling Domain in Germany; Richard Weinhold (TU Berlin) |
| Acceleration strategies of the Generation Expansion Problem by Bender Decomposition; Matthias Zech (TU Dresden) |
| Forecasting negative market prices at power exchanges using transformation approaches; Benjamin Aust (TU Bergakademie Freiberg) |
| Transition of the transport sector |
| Charging infrastructure business models and policies for electric vehicles in Karnataka; Prof. A.M. Nagaraj (Dayananda Sagar College of Engineering) |
| The effect of digitalization on the energy consumption of the EU passenger transport; Dr. Michel Noussan (Fondazione Eni Enrico Mattei) |
| Decarbonizing Public Transport: Implementing the Transition to Zero Emissions; Elisa Claus (KCW GmbH) |