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The transition to e-mobility is disrupting the automotive market. To facilitate this transition, the European Commission with the support of the 2ZERO partnership is calling for experts to engage in collaborative R&D programs, and develop pre-competitive solutions and methodologies supporting the uptake of e-mobility. The target of this paper is to provide an overview of the granted European projects running under the umbrella of the E-VOLVE cluster, illustrating the complementarity of the different initiatives as well as their coverage of the main priorities as defined by ERTRAC. The focus is set on the targets and outcomes of the projects HiPE, HighScape, RHODaS, SCAPE, EM-TECH and Multi-Moby, addressing innovative components (power electronics, e-motors), advanced control strategies, and circularity for safe, efficient, affordable and sustainable e-mobility.

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E-VOLVE Cluster: Increasing Innovation Efficiency to Support the Transition Toward Sustainable e-mobility

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年

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  • Eric Armengaud,
  • Ingrid Armengaud,
  • Martin Weinzerl,
  • Jasmin Kniewallner,
  • Bernhard Brandstaetter,
  • Medina Custic,
  • Aldo Sorniotti,
  • Kai Man So,
  • Umberto Montanaro,
  • Luis Romeral,
  • Alber Filba,
  • Sebastian Gramstat,
  • Valentin Ivanov

摘要

The transition to e-mobility is disrupting the automotive market. To facilitate this transition, the European Commission with the support of the 2ZERO partnership is calling for experts to engage in collaborative R&D programs, and develop pre-competitive solutions and methodologies supporting the uptake of e-mobility. The target of this paper is to provide an overview of the granted European projects running under the umbrella of the E-VOLVE cluster, illustrating the complementarity of the different initiatives as well as their coverage of the main priorities as defined by ERTRAC. The focus is set on the targets and outcomes of the projects HiPE, HighScape, RHODaS, SCAPE, EM-TECH and Multi-Moby, addressing innovative components (power electronics, e-motors), advanced control strategies, and circularity for safe, efficient, affordable and sustainable e-mobility.