CONCEPTUAL DESIGN AND ANALYSIS OF MULTI TERRAIN ELECTRIC BICYCLE

Last crawled date: 1 year, 11 months ago

The following are the Design implementations proposed in this Project:
 Fat tubeless tires for providing better traction, smooth riding experience and for off – road
comfort.
 Dual freewheel sprocket system for using both electric motor and pedaling for driving the
bicycle.
 Electromagnetic shock absorbers for absorbing the shock and converting it into electric
energy.
 Solar panels merged with carriage for absorbing solar energy to harness it.
 Hub motor placed in the middle of the frame to the optimize center of gravityThe following are the Design implementations proposed in this Project:
 Fat tubeless tires for providing better traction, smooth riding experience and for off – road
comfort.
 Dual freewheel sprocket system for using both electric motor and pedaling for driving the
bicycle.
 Electromagnetic shock absorbers for absorbing the shock and converting it into electric
energy.
 Solar panels merged with carriage for absorbing solar energy to harness it.
 Hub motor placed in the middle of the frame to the optimize center of gravity

The proposed bicycle design consists of two sources of power, the human effort of the rider
pedaling the bicycle, and electric motor running off a lithium ion battery. One can pedal the
bicycle or crank it using the motor with the help of the Dual Freewheel Sprocket System.
One of the design goals is to size the solar panel such that it is compact and won’t affect the
speed and efficiency of the bicycle. So the best way is to merge the solar panel with the
carriage. The power from the solar panel is connected to the battery, so that the battery can be
charged.