Abstract

Recently, the development of automobile focuses on the chassis structure and motion control. However, due to the concept of smart and safe vehicle, the integrated dashboard becomes a necessary issue. The proposed system can not only represent the conventional dashboard in a digital form but also endow the system with an intelligent guidance. The statuses such as speed, battery SOC, braking, mileage, and the activation of TCS and ABS can be seen and monitored in all driving scenarios. For example, the current modern electric vehicles face the danger of self-ignition problem when the over load problem is consisted. Basically, these severe conditions can be eliminated by a guard of smart interface. Consequently, under a proper design, the presented system can assist the driver to maintain the energy efficiency, steering stability, and so on. Then the operation procedure can be simplified and hence driver can concentrate more on steering.

Highlights

  • A good dashboard design facilitates safe steering experiences [1, 2]

  • A good dashboard reveals its importance in integration [3]

  • This paper aims to make use of the advantages of electric vehicles to develop a smart dashboard system based on a hands-on electric vehicle “Corsa-EV” [4]

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Summary

Introduction

A good dashboard design facilitates safe steering experiences [1, 2]. The whole platform should be user-friendly and functional rich. In order to eliminate the complicated issues on development, this paper utilized software LabVIEW on Windows to develop the dashboard, which is used on a 10-inch touch panel. Due to this feature, the whole system is flexible and can be customized. Due to the convenience of mobile communication, the proposed approach has a very good compatibility, which has a high potential to promote the concepts on smart EVs. The presented system is an intelligent, multipurpose, and user-friendly information revealing system, which can display the vehicle’s status such as speed, temperature, mileage, and functions and show the current safety evaluations of steering.

The System Construction and Necessary Algorithms
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