Mapping electric-mobility: Standards infrastructure for market uptake

Ellen Filipovic
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引用次数: 4

Abstract

This paper analyzes the standardization landscape that is now taking shape to support market uptake of the electric vehicle ecosystem. For comparative qualitative analysis, data was taken from the three relevant expert assessments recently conducted by DIN, NPE and ANSI EVSP. Each of these three compendiums views a different set of standards as the basis needed for achieving market proliferation. In total, these studies referenced 1423 standards. Contrary to our expectations, only 18% of those standards were cited by all three compendiums. This surprisingly small set of standards includes documents from the international standardization entities, ISO and IEC, but also from the US entities, SAE and UL. The EV ecosystem is founded on standards for road-vehicle engineering. Nevertheless, standards from the fields of electrical engineering, telecommunications and information technology play an equally important role in ensuring the feasibility and interoperability of the subsystems upon which the overall ecosystem is built. Consequently, the question of which standards will be most important for ensuring market uptake remains open. On the basis of these findings, we recommend a conceptual framework that clarifies stakeholders' opportunities for decreasing risk by leveraging implementation of central and peripheral standards selected to match the company's innovation policies and competitive strategies. This decision is governed by balancing the trade-offs between product performance and standards compliance.
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测绘电动交通:市场吸收的标准基础设施
本文分析了目前正在形成的标准化格局,以支持电动汽车生态系统的市场吸收。为了进行比较定性分析,数据取自DIN、NPE和ANSI EVSP最近进行的三个相关专家评估。这三个纲要中的每一个都将一套不同的标准视为实现市场扩散所需的基础。这些研究总共参考了1423项标准。与我们的预期相反,这些标准中只有18%被所有三个纲要引用。这个令人惊讶的小标准集包括来自国际标准化实体的文件,ISO和IEC,但也来自美国实体,SAE和UL。电动汽车生态系统建立在道路车辆工程标准的基础上。然而,来自电气工程、电信和信息技术领域的标准在确保子系统的可行性和互操作性方面发挥着同样重要的作用,而子系统是整个生态系统的基础。因此,哪些标准对确保市场吸收最为重要的问题仍然悬而未决。在这些发现的基础上,我们推荐了一个概念性框架,通过利用与公司创新政策和竞争战略相匹配的中心和外围标准的实施,澄清利益相关者降低风险的机会。这个决策是通过平衡产品性能和标准遵从性之间的权衡来决定的。
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