用模糊方法研究电动汽车服务中心(EVSC)单点求解问题的挑战分析

IF 3.6 Q3 GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY International Journal of Sustainable Engineering Pub Date : 2021-10-17 DOI:10.1080/19397038.2021.1986589
Shabbiruddin, D. Ghose, Sudeepta Pradhan
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引用次数: 1

摘要

在以服务为基础的行业中寻找单点解决方案并不是很不现实。同样,有必要建立电动汽车服务中心(EVSC),这可能是客户的一点解决方案。这些现代化的服务站旨在促进环境的可持续性。这将仅为电动汽车(ev)提供服务,这是可持续资源的新兴应用。然而,考虑到在单个EVSC中从充电基础设施到电池交换模块的一系列服务,会调用许多挑战和风险因素。因此,对于EVSCs来说,分析与其实用性相关的每一个风险因素是至关重要的。在这项工作中,作者通过咨询同一类型的专家,确定了该行业提出的13个挑战,因此开发了一个模型,利用Fuzzy将这些挑战安排在每个标准构成的层次结构中。研究结果预计将有利于EVSC行业的决策者,帮助他们根据每个因素所面临的挑战强度来规划业务。它将进一步有助于设计更有效和稳健的框架,以确保为针对一点解决方案的evsc提供更好的服务机制。
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Analysis of Challenges for One Point Solution Study of Electric Vehicle Service Centre (EVSC) using Fuzzy– Methodology
ABSTRACT It is not very unrealistic to lookout for one-point solutions in the case of service-based industries. Similarly, there is a need of establishing Electric Vehicle Service Centres (EVSC), which could be one-point solution to the customers. These modern service stations are converged towards promoting the idea of sustainability in the environment. This would provide the services solely for Electric Vehicles (EVs), an emerging application of sustainable resources. However, considering a range of services from charging infrastructure to the battery swapping module in a single EVSC, some numerous challenges and risk factors get invoked. For EVSCs too, it is thus essential to analyze every risk factor associated with its practicability. In this work, authors have identified thirteen challenges posed by this industry by consulting experts from the same genre, and thus a model is developed deploying Fuzzy to arrange these challenges in a hierarchy level posed by each criterion. The results are exclusively expected to benefit the policymakers of the EVSC industry to help them plan their businesses on the intensity of challenges they face from each factor. It shall further aid in designing more efficient and robust frameworks to ensure a better servicing mechanism for EVSCs targeting one-point solution schemes.
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来源期刊
International Journal of Sustainable Engineering
International Journal of Sustainable Engineering GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY-
CiteScore
7.70
自引率
0.00%
发文量
19
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