The German Energy Transition and the Nuclear Phase-Out

Dr. Christopher Scheubel

doi:10.5771/9783845282428

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The German Energy Transition and the Nuclear Phase-Out

On the Cost Efficiency of Wind Turbine Technologies, the Viability of Industrial Self-Supply, and the Effects of Decentralized Generation on the Electricity Grid

Authors:
Series:: Controlling und Management, Volume 16
Publisher:: 2017

Summary

The three essays present analyses which contribute to the success of the turnaround in Germany’s energy policy and its phasing-out of nuclear power. The first essay discusses the most profitable turbine technology for wind farms erected in the shape of a square. The second essay analyses configurations of independent industrial energy supply systems and supports the investment decisions of industrial companies that seek to minimise their energy supply costs. The third essay determines the influence of independent industrial energy supply on the whole electricity system.

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Bibliographic data

Copyright year: 2017
ISBN-Print: 978-3-8487-3956-1
ISBN-Online: 978-3-8452-8242-8
Publisher: Nomos, Baden-Baden
Series: Controlling und Management
Volume: 16
Language: English
Pages: 138
Product type: Book Titles

Titelei/Inhaltsverzeichnis No access Pages 1 - 12
1. Introduction No access Pages 13 - 22
Gunther Friedl
1. 2.1. Introduction No access Gunther Friedl
2. Gunther Friedl
  1. 2.2.1. The LCOE Concept No access Gunther Friedl
  2. 2.2.2. Extending the LCOE Concept by Wind Shadow Effects No access Gunther Friedl
  3. 2.2.3. Quantification of the Input Variables’ Influence on the LCOE No access Gunther Friedl
3. Gunther Friedl
  1. 2.3.1. Turbine Specifications and Cost Factors of Wind Farms No access Gunther Friedl
  2. 2.3.2. LCOE Comparison Based on Field Data No access Gunther Friedl
  3. 2.3.3. Sensitivity Analysis of the Input Variables No access Gunther Friedl
  4. 2.3.4. The Effect of Wind Park Size on the LCOE No access Gunther Friedl
4. 2.4. Conclusions No access Gunther Friedl
5. 2.5. Annex 1 No access Gunther Friedl
6. 2.6. References No access Gunther Friedl
Thomas Zipperle, Peter Tzscheutschler
1. 3.1. Introduction No access Thomas Zipperle, Peter Tzscheutschler
2. 3.2. Modeling an Industrial-Scale Energy Supply System No access Thomas Zipperle, Peter Tzscheutschler
3. Thomas Zipperle, Peter Tzscheutschler
  1. 3.3.1. Company Data No access Thomas Zipperle, Peter Tzscheutschler
  2. 3.3.2. Case Study Results No access Thomas Zipperle, Peter Tzscheutschler
  3. 3.3.3. Discussion No access Thomas Zipperle, Peter Tzscheutschler
4. Thomas Zipperle, Peter Tzscheutschler
  1. 3.4.1. Company Data Creation No access Thomas Zipperle, Peter Tzscheutschler
  2. 3.4.2. Virtual Sample Results No access Thomas Zipperle, Peter Tzscheutschler
5. 3.5. Conclusions No access Thomas Zipperle, Peter Tzscheutschler
6. 3.6. References No access Thomas Zipperle, Peter Tzscheutschler
David Matthäus, Gunther Friedl
1. 4.1. Introduction No access David Matthäus, Gunther Friedl
2. David Matthäus, Gunther Friedl
  1. 4.2.1. Architecture of the Model No access David Matthäus, Gunther Friedl
  2. 4.2.2. Power Plant Operation No access David Matthäus, Gunther Friedl
3. David Matthäus, Gunther Friedl
  1. 4.3.1. Model Validation and Scenario Development No access David Matthäus, Gunther Friedl
  2. 4.3.2. Model Results No access David Matthäus, Gunther Friedl
4. 4.4. Policy Implications No access David Matthäus, Gunther Friedl
5. 4.5. Conclusions No access David Matthäus, Gunther Friedl
6. 4.6. References No access David Matthäus, Gunther Friedl
5. Conclusions No access Pages 123 - 128
6. Complete List of References No access Pages 129 - 138