IJSTE - International Journal of Science Technology & Engineering | Volume 5 | Issue 2 | August 2018 ISSN (online): 2349-784X All rights reserved by www.ijste.org 1 Electro Mobility with Li-Ion Battery for Future Vehicles Pro. Nirav K. Bais Assistant Professor Ganpat University-Institute of Technology, Kherva, Mehsana, India Abstract When the talk on the current scenario the number of electrical vehicles take place the I.C. Engine vehicles. The reason behind this is the zero pollution produced by the electrical vehicles. But there is a drawback of this is the current electric vehicles are not producing sufficient output power and speed. The charging drawback and some running criteria while full charge of battery. Now a day’s most of the electrical or hybrid vehicles are using the lead acid battery pack for their power requirement. But in this research of future work to cover the some drawback of lead acid battery, using the Li-ion battery. While this is reducing the weight of the battery pack. Keywords: Electro Mobile Vehicles, History, Components of Electro Mobile Vehicles, Li-Ion Battery, Acronyms & Terminology ________________________________________________________________________________________________________ I. INTRODUCTION Now days the most of the vehicles are using the I.C. Engines for the public and goods conveyance. But while using it producing the high pollutant contents and increasing global warming effect. To reduce such dramatically issue regarding society benefits the automobile industries is focused on the electrical vehicles instead of the I.C. Engine. Where not only foreign govt. tries to positive on electrical vehicles but Indian govt. also very much focusing and interested in this. As the reports are that Britain to ban sale of all diesel and petrol cars and vans from 2030, Where the in India at Karnataka to have electric vehicle and energy storage policy soon, Tata Power launches electric vehicle charging facility, Minister of State for Power and Renewable Energy said the centre is preparing a road map to ensure that only electric vehicles will be produced and sold in the country by 2030, 25 charging stations installed in Bangalore for electric vehicles on a pilot basis, Ashok Leyland announces strategic partnership with Sun Mobility for electric mobility, Isro's battery technology may soon power India's e-vehicle dream, and many more. So by this all positive and by changes of power course of the vehicle (i.e. turn I.C.Engine in to Electric vehicle). Fig. 1: Energy Diagram of Different Battery Weight & Size II. HISTORY OF ELECTRO MOBILITY Electro mobility has always been an issue that has helped drives the development of vehicles. It did become less important for a while because the oil fields did not appear to be drying up, but now electro mobility is becoming increasingly significant as people become aware of the depletion of oil reserves and need for of global environmental and climate protection. In year 1821 Thomas Davenport builds the first electric car with a non-rechargeable battery and a range of 9 to 19 miles (15 to 30 km). 1860 The