Feasibility Study and Implementation of Low Cost Regenerative Braking Scheme in Motorized bicycle Using Supercapacitors

Parashuram Balwant Karandikar; Dhananjay Balu Talange; Anshuman Sarkar; Amit Kumar; Gary Rohan Singh; Raju Pal

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Feasibility Study and Implementation of Low Cost Regenerative Braking Scheme in Motorized bicycle Using Supercapacitors

机译：超级电容器在电动自行车上低成本再生制动方案的可行性研究与实施

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This paper presents an implementation of a regenerative braking system in an electrically operated two wheeler using supercapacitors (SC), thus partially salvaging the heat energy previously dissipating due to friction. Kinetic energy is converted into useful energy in the developed system which gets converted in to heat energy in conventional braking. Regenerative braking is demonstrated on a motorized bicycle to establish its concept for electric two wheelers. The charging behaviour of the supercapacitor bank is studied under a regenerative environment to implement it in motorized bicycle. The supercapacitor bank provides assistance to the battery during starting/acceleration, thereby improving the life of the battery.

机译：本文介绍了一种在电动两轮车中使用超级电容器（SC）的再生制动系统的实施方案，从而部分地消除了由于摩擦而耗散的热能。动能在已开发的系统中转化为有用的能量，在常规制动中转化为热能。在电动自行车上演示了再生制动，以确立其电动两轮车的概念。在再生环境下研究了超级电容器组的充电行为，以将其应用于电动自行车。超级电容器组在启动/加速过程中为电池提供帮助，从而提高了电池的使用寿命。

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《Journal of Asian Electric Vehicles》 |2011年第2期|共8页
作者
Parashuram Balwant Karandikar; Dhananjay Balu Talange; Anshuman Sarkar; Amit Kumar; Gary Rohan Singh; Raju Pal;
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Feasibility Study and Implementation of Low Cost Regenerative Braking Scheme in Motorized bicycle Using Supercapacitors

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