Electric Vehicle: Powertrain Selection Methodology

 INTRODUCTION

Electric vehicles are gaining attention from the automotive industry, as they are eco-friendly and have lower operating costs than IC engine vehicles. But only after the development of lithium-ion batteries, because of its capacity did the demands for EVs rise.

The Electric Vehicle Transmission is the next generation of technology developed for adaptability across a broad range of applications for the emerging vehicle electrification market.

The one week EV Bootcamp program on EV Powertrain Selection Methodology will help the learners to gain the knowledge on EV transmission selection and behaviors with calculations, case studies, and live demonstration.

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Trainers Profile

PREREQUISITE

Basics of Kinematics
Knowledge of Force resolution and basic physics.
Physics of EMF generation
Basics Mathematics 

MODULES

ABI - M0001 - Introduction to Electric Vehicle

  • Introduction to Electric Vehicle 
  • Electric Vehicle Vs IC Engine Vehicle

Introduction 

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ABI - M0101 Electric Vehicle: Motor Types and Applications

  • Motors: Principles and Functionality
  • Motor Types
  • BLDC Motor: Introduction and Working
  • BLDC Motor: Power and Torque Characteristics
  • Induction Motor: Introduction and Working
  • Induction Motor: Performance Charts
  • Induction Motor: Case Study
  • I C Engine vs Motor - Performance curve

 

ABI - M203 Power Transmission: Methods and Selection

  • Power Transmission: Methods
  • Case Study: Belt Steup vs chain setup
  • Gearbox: Significance and Arrangements
  • Differential
  • Case Study: Formula E Gearbox
  • Automated Gearbox
  • Continuous Variable Transmission System
  • CVT vs Gearbox

Selection 

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ABI - M0204 Power Train Selection

  • Vehicle on a Gradient: Forces acting
  • Factors affecting Aerodynamic Forces
  • Tire Grip and Losses
  • Factors for Rolling Resistance
  • Calculation of Traction force
  • Selection of Transmission
  • Motor Selection - Graph Study
  • Fixed vs Hub Motor
  • Case Study: Formula 1 Hybrid Setup

LEARNING OUTCOME

Course outcome to the student: 

  • Understanding the output and performance of Motors.
  • Understanding various methods of power transmission.
  • Selection of appropriate transmission setup.
  • Motor selection as per requirement. 

 

CERTIFICATION

All the participating students will be given a “Certificate of Training”  issued by “Autobot Engineers India Pvt. Ltd. and certified 

 

Price/Fee

7500.0

4500.0 + GST

Discount

Days

5

Seats

40

Hours

30

Certification

Yes

Location

Greater Noida ,Pune ,Bangalore ,

Center

Pune: Dec 29th to 3rd, 2019

Greater Noida: Nov 22nd to 26th, 2019


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