Electric Scooter (with Regenerative Braking)

Public Deposited

Creator
Publisher
Abstract
  • In this project, we designed and built an electric scooter using many tools and materials. The key concept of the design was to study the effect of regenerative braking on the overall electrical system. Is the effect negligible or significant? This design comprises two primary components: mechanical and electrical. Rodolfo oversees all mechanical aspects, while Al-Ameen is tasked with the electrical elements of the design. The project's major objectives are to design and build the scooter’s frame, create a work instruction manual for the speed controller, and analyze the efficiency of the regenerative braking. The project is also expected to stay within a specific budget allocated by the project supervisors.

Language
Identifier
Keyword
Date
Type
Rights
Rights notes
Degree
  • Bachelor

Level
  • Undergraduate

Discipline
  • Engineering

Grantor
  • Hanover College

Advisor
  • Phillips, Jeffrey

  • Brooks, Timothy

Relations

In Collection:

MLA citation style (9th ed.)

Jacome, Rodolfo (HC 2024), and Salaudeen, Al-Ameen (HC 2024). Electric Scooter (with Regenerative Braking). Hanover College. 2024. hanover.hykucommons.org/concern/etds/0c85aae4-a470-4342-85ab-ed920ee0e70c.

APA citation style (7th ed.)

J. R. (. 2024), & S. A. (. 2024). (2024). Electric Scooter (with Regenerative Braking). https://hanover.hykucommons.org/concern/etds/0c85aae4-a470-4342-85ab-ed920ee0e70c

Chicago citation style (CMOS 17, author-date)

Jacome, Rodolfo (HC 2024), and Salaudeen, Al-Ameen (HC 2024). Electric Scooter (with Regenerative Braking). Hanover College. 2024. https://hanover.hykucommons.org/concern/etds/0c85aae4-a470-4342-85ab-ed920ee0e70c.

Note: These citations are programmatically generated and may be incomplete.