Design and Fabrication of Electric Scooter

Design and Development of Electric Scooter
Making a High Power Electric Scooter
The proposed project of designing and developing of light
weight multi-utility electric scooters using Chain
transmission is aimed at developing an electric scooter
which is reliable for the customer to use it in multi-purpose
operations such as carrying goods and also for short
distance transportation.
Specification of E-Scooter
Containing Lithium ion Battery with Air Cooled system
Maximum Range on a single charge = 40 km
Maximum Speed = 25 km per hour
Charging time = 5 hour (Fast charging takes 2 to 3 hours)
FUTURE SCOPE
Electric vehicles are considered as the future of next generation. since it uses the electric power as the source of energy, as the non-renewal resources such as petrol, diesel etc. are depleting. There is a need to find an alternate source of energy. Hence these electric vehicles are much suitable in such scenario. though these electric vehicles have most of the advantages it also has many disadvantages, such as the battery requires frequent recharging and the disposal of these battery is also a problem.

1. It can be used as an indoor locomotive device infrastructure with large roof span i.e., malls, warehouse, open markets, large office spaces, etc.

2. It can be used in various Universities and Colleges campuses for efficient movement of individuals.

FUTURE IMPROVEMENT
The battery life of the vehicle can be increased with providing better battery solution in near future. The speed of the vehicle can also be increased by providing a much high-power motor for propulsion. Different secondary electric accessories can be integrated to provide a more advance and high-end model of the vehicle. Regenerative braking is a way of charging that can also be the field of expansion by using HUB motor transmission which is more efficient than chain drive system.
The solar energy as well as regenerative braking for charging the battery is one of the best alternatives. and this can be implemented by changing the design of the vehicle, by using the suitable solar panels the energy requirements can be easily fulfilled. Making the vehicle more efficient for the usage and making no environment pollution.
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#lithiumionbatteries