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Chapter 36 Data Openness Based Data Sharing Concept for Future Electric Car Maintenance Services

机译:第36章基于数据开放性的数据共享概念,用于未来电动汽车维护服务

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This paper presents a new support concept to electric car owners for better services, based on an idea of utilizing cloud computing, artificial intelligence and real-time condition monitoring. In base principle, the implementation of the concept will be based on distributed data collection and data sharing in order to support electric car services by giving access to the data, which is collected from the cars and offered by a car manufacturer. The reason for focusing on electric cars is that for them the industry standards have still not been set, and from emissions point of view, the electric cars can achieve lower total output of greenhouse gases, than combustion engine-based cars would. By supporting the long life and easier maintenance service offering growth, we can support the effort to mitigate the climate change. However, currently the challenge is that the new electric car manufacturers do not have wide service networks. This is a real barrier for them to enter to market and to take part in the competition. The main idea is to create a concept in where manufacturers could use the cars on the road to generate the information, which the independent car service companies would need in order to offer maintenance service for these new car models. In this manner, the new electric cars maintenance data access costs would be actually lower for the maintenance service providers, than what it is nowadays per brand for the well-established traditional brands. For customer, this can lower life-cycle service costs and improve safety.
机译:本文基于利用云计算,人工智能和实时条件监测的想法,为电动车主提供了一个新的支持概念。在基本原理中,该概念的实施将基于分布式数据收集和数据共享,以便通过访问从汽车收集的数据并由汽车制造商提供的数据来支持电动汽车服务。专注于电动汽车的原因是,对于他们来说,行业标准仍未被设定,而且从排放的角度来看,电动车可以实现温室气体总产量,而不是基于燃烧发动机的汽车。通过支持长时间的寿命和更容易的维护服务提供增长,我们可以支持减轻气候变化的努力。然而,目前挑战是新电动汽车制造商没有广泛的服务网络。这是他们进入市场并参加比赛的真正障碍。主要思想是在制造商可以在道路上使用汽车的概念来创建一个概念来生成所有汽车服务公司需要为这些新车模式提供维护服务的信息。以这种方式,新电动汽车维护数据访问成本实际上适用于维护服务提供商,而不是熟悉的传统品牌的每个品牌所在。对于客户来说,这可以降低生命周期服务成本并提高安全性。

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