New design for product about ( Electric Car )

Mobility has always been changing its form with society in history. Current environment/energy issues, Problems, such as traffic congestion, parking congestion in nearby areas. Lack of sufficient parking at event site. Special events can potentially disrupt traffic flow and require crowd management. depopulation, and aging society, have triggered the new technology including automated driving. Hence, the usage and design of cars will drastically change from now on.

We are on the threshold of a new era in transportation design, which will see the arrival of mass produced electrical vehicles which will contribute significantly to the well being of populations the world over

· innovative vehicles that are both intelligent and attractive and no ersatz of current products.

· We must bravely look into the future to find the best mobility solution for human being

· Electric vehicles are coming. They may be a fad, or they may be the wave of the future

The focus of this paper is to look into the future; a future where electric vehicles are the norm and fossil fuel powered vehicles have only a niche application. A smart grid unlocks the potential to use electricity more efficiently and to improve the stability of the existing electrical infrastructure.

A Battery Electric Vehicle (BEV) uses a rechargeable battery as the sole source of power for the vehicle.

The battery is recharged using energy from the electric grid. The Nissan Leaf and the Tesla S are examples of BEVs.

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Indeed, the project will be about re-designing the

‘’ Renault's electric vehicle ‘’ (( Twizy ))

as if it could be the glimpse of our future.

**This paper should provide an overview of the recent work of electric vehicle in the region or in market (if not found). The paper will describe the development and the comparison of different part of components. The major components in battery technology, charger design, motor, steering and braking are examined.