.

​​​​​​​In this work, an effort is made to design an embedded system to notify the occurrence of accident.

There is an evolving paradigm shift in transportation industry towards electrified vehicles, which are more environmental friendly, reliable, safer and smarter. Electric vehicles (EVs) are seen as next generation transportation for sustainable living and low carbon mobility.

Invention of wheel not only changed the way of transportation but also helped industrial revolution. Initially it was used by potters to make ceramics or earthen pots. Over the years it has found its utility in different ways. The mode of earlier transportation was based on animals such as donkeys, horses or oxen. The advent of wheel made transportation convenient, faster and increased its load carrying capacity. The initial human endeavor to create an automobile revolved around developing a car.

The use of solar vehicle is a step towards reducing dependency on the conventional energy, utilizing the non-renewable sources of power for various applications . This work focuses on the application of solar energy to power up the electric vehicle.

Energy is the vital force that powers our businesses, services, manufacturing, transportation, defence systems etc. Among that transportation energy presently accounts for about 50% of global oil consumption and 25% of global Green House Gas (GHG) emissions from fossil fuels.

Quality is an important element in the design aspects of aggressive Automobile and Mechanical Industry. The noise generated by specific elements and mechanics in the reduction unit worm shaft wheel mechanism and motor of Column electric power steering may play a significant function in determining the perceived quality of the overall noise and in turn the perceived quality of these Automobile structures.

Growing concern over the environmental impacts and oil dependence has prompted the investigation of alternate propulsion technologies for motor vehicles. Recently plugin hybrid technology has emerged as one of the promising alternatives to reduce petroleum consumption and vehicular emissions.

The main aim of this research is to design two different new soft-switching buck-boost DC-DC converters for the applications in electric vehicles. In general, the conventional, hard switched non-isolated converters performance affected by high peak ripple inductor current.

E-mobility considered being a sustainable solution for environmental pollution and the global warming phenomena resulting from it. Since most of the developing countries are relies on conventional energy sources for electricity generation, integration of renewable energy to the electric vehicle charging holds the key to sustainable transportation.