Rational

Electric Vehicles (EV) technology is becoming an increasingly viable alternative to the existing conventional vehicles taking into consideration fuel prices and pollution. However, there are many challenges in EV deployment, e.g., higher prices, lack of technicians and engineers, lack of charging infrastructures, lack of appropriate EV safety readiness in fire/transport department, etc. Similarly, battery storage technology is also crucial part of EV and even for other devices. After first use, second use of battery is an emerging issue and could be used for Microgrid or renewable energy integration.

Contents

Classroom Discussion:

• Introduction of Electric Vehicles (EV)
• Various Components of EV
• Battery Electric Vehicles (BEV) vs. Hybrid Electric Vehicles (HEV)
• Battery Storage Technology
• Battery Charging Stations
• Battery Swapping Stations
• Impact of EV on Power Grid Network
• Application of Battery Storage in EV for Renewable Integration
• Second Age Battery Storage Applications
• Key Technological, Safety and Policy Barriers in EV Deployment
• Battery Management Systems and Safety Issues

Test / Quiz:

Pre and Post-Test will be conducted

Project Report:

• Participant needs to prepare a project report on topic of interest on EV
• Participants have to present their project proposal report in a group or individually for 10 to 15 minutes per report. After presentation, the report needs to be submitted to the program coordinator in the given at on 7 December 2020.

Webinar platform: Zoom

Registration and Fee:

Early bird registration fee before 16 November 2020: 320 USD

Normal registration fee after 16 November 2020: 350 USD

Deadline of registration: 20 November 2020

Certificate

Participants successfully passing the test, perform satisfactorily in the class, submit and present project report will be awarded with a "Certificate of Achievement". Participants who will attend 95% of the class will receive a "Certificate of Attendance".