Development of Brake System Plausibility Device of an FSAE Race Car

D. Meena, Aryan Motla, Anuj Majumdar, Aatish Kumar Ghosh
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Abstract

Electric Vehicles are growing faster than the traditional combustion vehicles which are powered by conventional energy resources because of the environmental concern and to attain sustainable development. Formula student is one of the world’s largest student-run competitions. Formula student electric development includes various challenges from both mechanical and electrical fronts. Mechanical parts have their safety standards and measures whereas for electrical front robust safety circuitry must be prepared to reduce the risk of any fatal accident. Generally, Formula student cars are fast and good acceleration, to avoid wheel-to-wheel racing and drag racing or other dangerous stunts, a robust safety circuit Brake system Plausibility Device (BSPD) is designed and tested. This paper discusses the designing, robustness of BSPD devices.
FSAE赛车制动系统可靠性装置的研制
考虑到环境问题和实现可持续发展,电动汽车的发展速度超过了传统的以传统能源为动力的内燃机汽车。方程式学生是世界上最大的学生举办的比赛之一。电动方程式学生的发展包括来自机械和电气方面的各种挑战。机械部件有其安全标准和措施,而电气前部必须准备坚固的安全电路,以减少任何致命事故的风险。一般来说,学生方程式赛车速度快,加速度好,为了避免轮对轮比赛和直线加速或其他危险的特技,设计和测试了一个强大的安全电路制动系统可行性装置(BSPD)。本文讨论了BSPD器件的设计和鲁棒性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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