Emobility

COURSE | Started On : Monday, 04 March 2024 10:40 | 6

Free for Members.

Welcome to the Emobility course.

Course Description 

The global shift towards electric mobility (eMobility) is not just an innovation in transportation technology but a pivotal change in the way we conceive mobility, energy, and environmental stewardship. This comprehensive course is designed to equip students, industry professionals, and enthusiasts with a deep understanding of the multifaceted aspects of electric mobility. This advanced course offers a deep dive into the critical standards governing electric mobility, including vehicle design, safety, charging infrastructure, and interoperability. Participants will gain comprehensive knowledge of the regulatory environment, technical requirements, and compliance strategies essential for navigating the eMobility industry effectively.

Takeaways

This course provides an understanding of

  • Components of e-Rickshaw and e-Scooter
  • Battery design and sizing of e-rickshaw
  • Battery design and sizing of e-Rickshaw- Lead acid battery
  • Battery capacity by rate of discharge and cut-off voltage
  • Power of e-Rickshaw - Lithium-ion battery
  • Battery design and sizing of e-scooter
  • Battery type selection
  • Do's and Don'ts of Battery 
  • Why Battery Management System
  • Functions of BMS
  • Voltage Protection, Current Protection, DOD control
  • Balancing, Data logging, and processing
  • What is UL 2271?
  • What is UL 2580?
  • Challenges and design of lithium-ion batteries
  • Overview of predictive safety diagnostic
  • Understanding BMS (battery management system)
  • Understanding EV battery safety
  • OEM (original equipment manufacturer) views on EV battery market
  • Expert views on the viral video of two-wheeler catching fire in India

Course Duration: ~7 hours

Speakers

  • Mr. Rajarshi Sen
  • Ms. Anandita Roy
  • Debi Prasad Dash
  • Calvin Raj
  • Rebecca Le
  • Ms. Kathirvel Kanarindhana
  • Dr. Kai-Philipp Kairies
  • Mr. Nishant Arya
  • Dr. Sajid Mubashir
  • Dr. Tata Narasingha Rao
  • Mr. Andy Back
  • Dr. Rahul Walawalkar
  • Mr. Anand A. Deshpande
  • Dr. Salahuddin
  • Dr. Judy Jeevarajan
  • Mr. Stefan Louis
  • Mr. Naveen Kumar
  • Mr. Kannan V Subramanian
  • Mr. Ashok Thakur

 

Introduction to the Module
Battery Design and Sizing of e-Rickshaw
Battery Design and Sizing of e-Rickshaw- Lead acid battery
Power of e-Rickshaw - Lithium-ion Battery
Battery Design and Sizing of e-Scooter
Battery Type Selection
Battery Failure and Corrections
Do's and Don'ts of Battery pack
Introduction to Battery Management System
Introduction to Standards and UL 2271: Safety Standards for Batteries for Use in LEV
UL 2580: Safety Standard for Batteries for Use in EVs
Roundtable Discussion on EV Battery Fire, Safety & Challenges
E-mobility Integration on Mini Grids
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