Energiewirtschaftliches Institut an der Universität zu Köln gGmbH

Team

Dr. Johannes Wagner

Dr. Johannes Wagner

has been working at EWI since 2013, first as a research associate and since 2018 as a manager. His responsibilities include the acquisition, operation and execution of applied research and consulting projects. In doing so, he facilitates the transfer of new scientific methods to practical application in order to support the decision-making process of a wide range of companies and organizations. In consulting projects for clients from the industry and public sectors, he has analyzed, for example, German and European electricity markets with a focus on distribution, digitalization and grids. He has advised, among others, the Federal Ministry of Economic Affairs and Energy as well as several industrial companies. He also contributed to the Medium-Term Coal Market Report 2015 and 2016 while working for several months at International Energy Agency in Paris. His research focus lies in the field of modelling European electricity markets. In 2018 he earned his doctorate at EWI with a thesis on “Essays on Renewable Energy in Liberalized Electricity Markets”. Before his time at EWI, Johannes Wagner studied industrial engineering at TU Darmstadt and Universidad Politécnica de Madrid.

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+49 (0)221 - 277 29-302
Curriculum Vitae
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Studies

Effects of CO2 prices on the building, transport and energy sectors

Client: E.ON SE

Effects of CO2 prices on the building, transport and energy sectors

In a new short study, the EWI examined the real impact of CO2 prices on private households and the overall energy system. The analysis was carried out jointly with the Institute for Future Energy Consumer Needs and Behavior (FCN) of RWTH Aachen University on behalf of E.ON SE. The FCN estimated investment and consumption decisions of private households in the transport and building sector on the basis of empirical models. On this basis, the EWI derived feedback effects of these decisions in the energy system. Thus, the effects of a CO2 price were consistently mapped in the overall system.

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Impulse for the current climate policy debate: Assessments based on the dena lead study Integrated Energy Transition

Own publication in cooperation with the German Energy Agency (dena)

Impulse for the current climate policy debate: Assessments based on the dena lead study Integrated Energy Transition

Together with the German Energy Agency (dena), EWI has examined developments in power generation and the end-consumer sectors of buildings, industry and transport since the publication of the “dena Lead Study Integrated Energy Transition “. The analysis compares the changes between 2015, the base year of the dena study Integrated Energy Transition, and today with the transformation paths and model results in 2030. The EWI figures show: The efficiency improvements in the sectors assumed in the dena study cannot be observed. Regarding the expansion of renewable energies, particularly in wind energy, a significant decline is expected. Various indicators show that there are currently no incentives for a rapid and cross-sectoral reduction of greenhouse gas emissions. Based on the analysis of the key figures by the EWI, dena develops comprehensive recommendations for action so that Germany can still achieve the its climate target in 2030.

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The energy market in 2030 and 2050 – The contribution of gas and heat infrastructure to an efficient CO2 reduction

Client: Gelsenwasser, Open Grid Europe und RheinEnergie

The energy market in 2030 and 2050 – The contribution of gas and heat infrastructure to an efficient CO2 reduction

The study examines which contribution current gas and heat infrastructure can make to an efficient minimization of greenhouse gas by 2030 and 2050 respective. Therefore the study uses a complete energy system model to quantify two possible scenarios for a greenhouse gas reduction correspondent to Germany’s 2030 and 2050 climate goals. In the “Revolution” scenario a forced electrification of final energy consumption is prescribed by the government, so that gas and heat infrastructures will more and more lose importance. In spite of the extensive electrification this is not an “all-electric” scenario, but will clearly develop in that direction. In the “Evolution” scenario there are no governmental prescriptions regarding certain technologies, so that current gas and heat infrastructure can be used continuously as long as it is economically profitable. The focus of the study lies in power and heat markets.

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dena-Leitstudie Integrierte Energiewende – Zwischenfazit

Client: Deutsche Energie-Agentur (dena)

dena-Leitstudie Integrierte Energiewende – Zwischenfazit

Sorry, this entry is only available in German.

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Medium-Term Coal Market Report 2016

Client: International Energy Agency

Medium-Term Coal Market Report 2016
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Auswirkungen von deutschen CO2-Vermeidungszielen im europäischen Strommarkt

Client: Bundesverband Braunkohle

Auswirkungen von deutschen CO2-Vermeidungszielen im europäischen Strommarkt

Sorry, this entry is only available in German.

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Medium-term Coal Market Report 2015

Client: International Energy Agency

Medium-term Coal Market Report 2015
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Gesamtwirtschaftliche Effekte der Energiewende

Funding by German Federal Ministry for Economic Affairs and Energy / in collaboration with GWS, Prognos

Gesamtwirtschaftliche Effekte der Energiewende

Sorry, this entry is only available in German.

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Entwicklung der Energiemärkte – Energiereferenzprognose

Funding by: German Federal Ministry for Economic Affairs and Energy / in collaboration with GWS, Prognos

Entwicklung der Energiemärkte – Energiereferenzprognose

Sorry, this entry is only available in German.

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Potenziale von Erdgas als CO2-Vermeidungsoption

Client: Joint commissioning by Wintershall/Statoil

Potenziale von Erdgas als CO2-Vermeidungsoption

Sorry, this entry is only available in German.

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Working Paper

Optimal Allocation of Variable Renewable Energy Considering Contributions to Security of Supply

Jakob Peter, Johannes Wagner
August 2018
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Distributed Generation in Unbundled Electricity Markets

Johannes Wagner
June 2018
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Grid Investment and Support Schemes for Renewable Electricity Generation

Johannes Wagner
October 2016
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Articles

Grid Investment and Support Schemes for Renewable Electricity Generation

Johannes Wagner; 2019
In: The Energy Journal, Vol. 40 (2), pp. 195-220.
[Link]

CO2-Vermeidungsziele für den deutschen Stromsektor im europäischen Kontext

Joachim Bertsch, Dietmar Lindenberger, Martin Paschmann, Johannes Wagner; 2016
In: VIK Mitteilungen, Vol. 1|2016, pp. 23-26.

The Reference Forecast of the German Energy Transition – An Outlook on Electricity Markets

Andreas Knaut, Christian Tode, Dietmar Lindenberger, Raimund Malischek, Simon Paulus, Johannes Wagner; 2016
In: Energy Policy, Vol. 92, pp. 477-491, Vol. 92, pp. 477-491.
[Link]

Auswirkungen von deutschen CO2-Vermeidungszielen im europäischen Strommarkt

Joachim Bertsch, Dietmar Lindenberger, Martin Paschmann, Johannes Wagner; 2015
In: et – Energiewirtschaftliche Tagesfragen, Vol. 65 (9), pp. 33-36.
[Link]

Effekte nationaler Emissionsminderungsziele im europäischen Strommarkt – Eine modellbasierte Analyse für Deutschland

Joachim Bertsch, Dietmar Lindenberger, Martin Paschmann, Johannes Wagner; 2015
In: Zeitschrift für Energiewirtschaft, Vol. 39 (3), pp. 163-170.
[Link]

Dissertation

Essays on Renewable Energy in Liberalized Electricity Markets

Johannes Wagner; 2018
[Link]

Misc Publications

The Climate Change Programme 2030 and its impacts

Dr. Johannes Wagner, Philipp Theile, Lena Pickert, Tobias Sprenger; 2019
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Consulting Projects

Multi-Client Studie zu Nachfrageflexibilität
Potentiale von Erdgas als CO2-Vermeidungsoption im Bereich Heizwärme und Trinkwassererwärmung
Impact of a split of the German bidding zone on the electricity system
Kosten der Energiewende
Development of German Power Consumption until 2020

Research Projects

Energiesystemanalyse – Lokale Energiemärkte (EnSysLE)
Regionales Virtuelles Flächenkraftwerk für Versorgungssicherheit und Stromnetzstabilität (Quirinus)
Neue EnergieNetzStruktURen für die Energiewende (ENSURE)
SynErgie – Synchronized and Energy adaptive Production Engineering for flexible Adjustment of Industrial Processes referring to fluctuating Energy Supply