Regenerative Scooter – An Inertia Driven Sustainable Locomotive
Engineering Technology & Science
Sharjah Building (A)
05/2022
03/2023
10 Months
Problem or Opportunity Description
In this era of decarbonization and depletion of oil reserves, the sustainability in transportation plays an important role. Commuting using electrically charged devices has its own difficulties in locating and utilizing charging stations conveniently. There is also the hassle of calibrating remaining miles and range left in the locomotive, which adds to the charging time, range, and battery malfunctions.
Proposed Solution
The proposed solution promotes green and energy-efficient use of a scooter by constructing an inertia-driven kinetic energy-powered regenerative electric scooter. The energy from the physical variations the rider regenerates the energy needed to operate the scooter.
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Faculty Supervisor Haris Khalid
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Student Name Ahood Al-Ali
Anood Al-Ameeri
Shaikha Al-Shuweihi
Shamma Al-Housani
Noura Al-Suwaidi
