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Elektrifizierungspotenzial kommerzieller Kraftfahrzeug-Flotten im Wirtschaftsverkehr als dezentrale Energie-Ressource in städtischen Verteilnetzen – komDRIVE
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This book contains the results of the research project „komDRIVE“. The project analyzed the substitution potential of commercial transport vehicles with internal combustion engines by electric vehicles for different economic sectors in urban agglomerations. Based on this analysis the effects of electrical vehicle fleets on electrical nets were investigated, paying special attention to aspects of energy production, storage and distribution. In particular, battery aging and battery costs as well as net-integration management were investigated. The decrease of local (pollution) and global (GHG) emissions by an increased use of electric vehicles was simulated with appropriate models.
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Elektrifizierungspotenzial kommerzieller Kraftfahrzeug-Flotten im Wirtschaftsverkehr als dezentrale Energie-Ressource in städtischen Verteilnetzen – komDRIVE, Holger Arndt
- Jazyk
- Rok vydání
- 2016
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- Titul
- Elektrifizierungspotenzial kommerzieller Kraftfahrzeug-Flotten im Wirtschaftsverkehr als dezentrale Energie-Ressource in städtischen Verteilnetzen – komDRIVE
- Jazyk
- německy
- Autoři
- Holger Arndt
- Vydavatel
- Universitätsverlag der TU Berlin
- Rok vydání
- 2016
- ISBN10
- 3798328013
- ISBN13
- 9783798328013
- Kategorie
- Podnikání a ekonomie
- Anotace
- This book contains the results of the research project „komDRIVE“. The project analyzed the substitution potential of commercial transport vehicles with internal combustion engines by electric vehicles for different economic sectors in urban agglomerations. Based on this analysis the effects of electrical vehicle fleets on electrical nets were investigated, paying special attention to aspects of energy production, storage and distribution. In particular, battery aging and battery costs as well as net-integration management were investigated. The decrease of local (pollution) and global (GHG) emissions by an increased use of electric vehicles was simulated with appropriate models.