What are the environmental impacts of the transformation of transportation?

The Life Cycle Assessment (LCA) method is often used to evaluate different drive systems in the transport sector. It covers both the provision of energy sources and their upstream chains and the production and disposal of the vehicles. Due to the current discussion, the focus is currently on the environmental impact of greenhouse gas emissions. However, the method also evaluates other environmental impacts such as eutrophication, acidification, water and resource consumption, and cumulative energy expenditure (CED). In addition to holistic ecological comparisons, the assessments aim to identify potential for improvement in so-called hot-spot analyses.

In particular, we consider the following questions:

  • Can (bidirectional) EVs integrate additional renewables into the system?
  • Will electric mobility increase electricity costs?
  • Is there enough electricity to charge all electric vehicles?
  • What is the future electricity consumption of mobility?

Below you will find our news, publications, and projects on the subject

More Publications on Topic (8)

  • NEIS Conference 2023 - Two FfE contributions on the topic of electromobility
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  • Influence of the ramp-up of battery electric commercial vehicles on distribution grid planning
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  • Synergies of Electric Vehicle Multi-Use
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  • BMW i3 und Kostal Wallbox aus dem BDL Projekt
    Project Bidirectional Charging Management - Insights and Evaluation of the Field Trial
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  • Electromobility in Germany 2020
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More Projects on Topic (3)

  • BDL Next - Empowering Mass Bidirectional Charging
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  • DWPT electric bus
    EMADI - Development of an Economical Metering and Billing Procedure for Dynamic Inductive Charging Systems
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  • ELINA - Deployment of Dynamic Inductive Charging Infrastructure in Public Transport
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