Design and Fabrication of frictionless energy generation using flywheel for electric vehicles

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Design and Fabrication of frictionless energy generation using flywheel for Electric vehicles

SYNOPSIS :

Energy is usually produced by non-renewable sources such as petrol, Kerosene and nuclear which unfortunately create pollution, this is the main reason the idea of producing energy for charging the Electric car or electric vehicles for upcoming vehicles
Electric vehicles are taking very important part in today’s Indian and national market.
绿色印度清洁印度
India aims to become 100% e-vehicle nation by 2020.
DIESEL HAS TO DIE – THERE IS NO REVERSE GEAR ON THIS.
使用飞轮的无摩擦能源是可再生的。

AIM of Project :

lots of people worried about the battery running out for battery car what to do then ?

Most mass market electric cars today have a range of 100-150 miles before the battery runs flat. Some of the top-end cars, such as Tesla’s electric sports cars, can run for 334 miles before needing a plug socket,

just imagine you stopped your car for speed breaker and still your battery is charging here kinetic energy we are using for the charging of vehicle battery

使用飞轮的无摩擦能源？

When the car or bike wheel shaft rotates it rotates the flywheel shaft which is connected parallely with the help of freewheel sprocket and chain
As the break apply or wheel stops ,here the flywheel takes a part still it rotates as its work to save energy,
we are utilizing this rotary energy of flywheel to generate electricity .
by using neodymium magnet-coil arrangement, there is no physical contact like dynamo with flywheel,
只需小币尺寸磁铁就放置在飞轮上时，当轮胎与飞轮钕磁铁旋转时将开始旋转线圈稳定。所以这里的e.m.f是由磁铁和线圈布置产生的。通过这种方式，电源将生成并将其存储到电池中。