Module 1 Vehicle Fundamentals Basics of Electro mobility [Pure EV, Hybrid, Plug-In Hybrid] EV and IC engine- pros, cons EV powertrain architecture Vehicle Performance Module 2 Mechanical sub-system of an EVs Steering system and dynamics Suspension system and dynamics Thermal management Gear and transmission Systems Braking systems Chassis design Turbulence Design against vibration Wheel and tyre dynamics Page - 5 Module 3 Low voltage system for EVs Sensor interfaces Electronics for EV testing Infotainment system Vehicle to vehicle communication system Electronic Control unit Publishing Odometry data from sensors Odometry Modelling Role of odometry in path planning of autonomous vehicles Module 4 EV Motors and speed control methods Motor ratings EV/HEV motor requirement Types of Motors: IM, PMSM, SyRM, PMBLDC, SRM Torque and speed control: IM, PMSM, SyRM Torque and speed control: SRM, PMBLDC Motor drives and converters used in EVs Lab exercises (2 hrs) Module 5 Battery Fundamentals & BMS Battery modeling advantages and Disadvantages Characteristics of battery cell Battery sizing Introduction and objective of BMS Charging and discharging control Understanding of SOC, Cell balancing BMS topologies SoC estimation Protection and battery management system logic Development Module 6 Charging Infrastructure Battery Charging methods EV supply equipment (EVSE), EV battery chargers components Charging infrastructure challenges Classification based on charging levels (region-wise), modes, plug types Standards related to: connectors, communication protocols, supply equipment Converters used in EV chargers Communication protocol/procedures for BHARAT DC001 Communication protocol/procedures for CCS2 charger Lab exercises (3 hrs) Module 7 Charging Stations and Scripting Charging station components Topologies and strategies used in fast chargers Renewable integration Solid state transformer DC/DC Converter Modelling and Simulation AC/DC Converter Modelling and Simul