A Two-Day Workshop on Electric and Hybrid Vehicle Engineering 2019

The average temperature of the earth is rising at nearly twice the rate it was 50 years ago leading to global warming. This is mainly due to emission of CO2 by industries, thermal power plants and vehicles. To mitigate the emission of CO2, countries worldwide have planned to ban the production and future sale of IC engine-based vehicles. India also has decided to ban IC Engine based vehicles from the year 2030. Therefore, including India whole world is promoting electrical propulsion system in all the fields. The Indian government has formulated a Faster Adoption and Manufacturing of (Hybrid &) Electric Vehicles (FAME India) scheme in the year 2015 to promote manufacturing of electric and hybrid vehicle technology and to ensure sustainable growth of the same under the National Electric Mobility Mission 2020 to encourage the progressive introduction of reliable, affordable, and efficient electric and hybrid vehicles in the country. Globally, the electric car stock is projected to reach 20 million by 2020 and 70 million by 2025. India itself is estimated to see 30.81 million electric vehicles sales by 2040. Energy prices, environmental concerns, and fuel economy targets are driving the demand for hybrid and electric vehicles and this fuels the demand for skilled technicians and talented engineers. Most automobile companies are vowing to switch to electric, a cleaner and sustainable alternative. There is a surge in demand for skilled workforce in electric and hybrid vehicle technologies. But the industry is facing a shortage of aptly skilled workforce needed for the transition. This two-day workshop aims at addressing the lacuna and delivers the fundamentals, advanced knowledge and hands-on lab sessions in design, analysis, control, calibration and operating characteristics of Battery EV (BEV) and Hybrid EV (HEV).

Detailed Course Content
Theory Modules:
 Refresher Session on Basic Electrical and Electronics Engg.
 Hybrid Components and Architectures
 Fundamentals, Performance and Control of BLDC, Induction, Synchronous & Reluctance Machines
 Batteries for Hybrid Vehicle System Application
 Battery Management Systems
 Hardware Elements of the Power Electronics
 Safety, Testing, Regulations, and Standards
 Vehicle Dynamics Controls of Electrified Vehicles
 Modelling and Simulation of BEVs and HEVs in MatLab/Simulink Environment
 Case Study of Toyota Prius / Chevrolet Volt / Honda Civic / Tesla Models Development
Practical and Demo Sessions:
 Range and Power Calculations
 Battery Pack Layout with Battery management System Diagnosis and Troubleshooting
 Demo of typical EV architecture with an E-Bike Kit
 Simulation of EV Systems in Software Environment
 Video Demonstration of Testing of Electric Vehicle
 Demo of a Live Electric Vehicle Health Monitoring system
 Hand Calculation session on Different range of EV’s

16th October 2019

Students Rs. 1800
Research Scholars Rs. 2800
Faculty Rs. 4000
Professionals from Industry Rs. 5000

Melakottaiyur Village Off Vandalur-Kelambakkam Road Nellikuppam Road Chennai - 600 127 Tamil Nadu, India

Will be provided on request with extra charges