BATTERY MODELING AND SIMULATION

ABOUT PROGRAM

This program will provide you with a firm foundation in EV battery basics and function, technical specifications, battery-management-system and most importantly, how to model battery as well as BMS in Excel & Scilab.

SKILLS YOU WILL GAIN

  • Understand how to integrate a battery pack for EV application
  • Understand the requirements of a battery-management system in an electric vehicle
  • To learn- how to model, simulate, and enable product decisions using the results

OUR UNIQUENESS

Industry Valued Certification

Joint certification with ASDC on completion

Global EV Experts

Trainers worked on global EV platforms & programs

Hands-on Modeling

In a single session, trainees learn theory and apply it into a simulation model – Excel and Scilab

Live Online Delivery + REVISE FROM RECORDINGS

Join and learn from anywhere with 2 months of content access

Easy time outside work

Each Session will be in evenings on alternate weekdays

PRACTICAL ON HARDWARE

In-lab data measurement & practical on hardware battery models

PROGRAM SCHEDULE

1. Electric Vehicle Sub-systems
Session-1 ·      Electric Vehicle Sub-systems Week-1
Session-2 ·      Induction machines – motors & generators

·      Energy storage – batteries

Session-3 ·      Charging & Regeneration

·      Power electronics

Session-4 ·      Vehicle systems & dynamics Week-2
2. EV system modeling and simulation
Session-5 ·         System modeling techniques & approaches Week-2
Session-6 ·         Physics based (first principle) modeling

·         Data based modeling

Session-7 ·         Root Cause Analysis (RCA) & Failure Mode and Effect Analysis (FMEA) Week-3
Session-8 ·         Setting up a real-life problem in simulation

·         Managing model fidelity, accuracy & utility

3. Energy Management and control Integration – 1
Session-9 ·         Basics of control system

·         Open loop control

Week-3
Practical-1: Vehicle system model
Session-10 Assignment on EV system modeling and simulation for practical understanding Week-3
Energy Management and control Integration -2

 

Session-11 ·         Closed loop control

·         Predictive & adaptive control

Week-4
Session-12 ·         Battery management systems

·         Energy management systems

Week-4
Session-13 ·         Other control system interfaces

·         Functional safety

Week-4
  Practical-2: Control system model
Session-14 Assignment on EV system modeling and simulation for practical understanding Week-4
4. Infrastructure Dependencies & Customer Usage
Session-15 Infrastructure Dependencies

·         Charging & grid liability

·         Charging protocols & safety

·         Renewable energy – cyclicity & load balancing

·         Telematics & connected vehicles

Week-5
Session-16 Customer Usage

·         Legacy customers of IC engine-based vehicles

·         First time buyer – directly electric vehicles

·         Customer clinics to vehicle technical specifications

·         Data collection & analysis

Week-5
Session-17 Assessment Week-5
  Practical-3: Simulation and Model Reviews
Session-18 Simulation on vehicle subsystems and feedback on the quality of system model from faculty. Week-5

 

Module Session Contents
Module 1: Battery basics and application Session 1 Battery Basics – Electrochemistry
Session 2 Battery Basics – Electric Circuits
Battery Basics – Series – Parallel Configurations
Session 3 EV Application – Types of battery as per applications
EV Application – Battery packaging and cooling
Practice-01 Session on using Scilab for system modeling
Module Session Contents
Module 1: Battery basics and application Session 4 Battery specifications and pack sizing
Module 2: Battery management and control Session 5 Cell balancing
Session 6 Ambient sensitivity
Operational sensitivity
Module Session Contents
Module 2: Battery management and control Session 7 Basics of control systems
Session 8 Battery Management System (BMS)
BMS Interfaces
Module 3: Battery Modelling & Simulation Session 9 Basics Functional Representation
Unit cell modeling and scaling
Module Session Contents
Module 3: Battery Modelling & Simulation Session 10 Pack modeling
Pack thermal modeling
Session 11 BMS modeling
Electrical peripherals modeling
Session 12 Data-based modeling and tuning
Battery ageing modeling
Module/Activity Session Contents
Final Exam MCQ with e-proctering
Practice-02 Mentoring for and debugging of project
Project Evaluation Project Reviews

PROGRAM DAYS & TIMING

Total 14 Sessions- Theory+Practice

  • Days- Theory on Monday, Wednesday and Friday |2 Practice sessions on Saturday
  • Timing- IST 18:00 to 19:30 PM | IST 14:00 to 16:00 PM

Certificate Format

Marksheet Format

BATTERY-MODELING-AND-SIMULATION

Demo- Training Session Video

OUR FACULTIES

These main experts shall be joined by guest industry experts from the EV automotive sector.

Certification Partner

Promoted by the Automobile industry through Society of Indian Automobile Manufacturers (SIAM), Automotive Component Manufacturers Association (ACMA) and Federation of Automobile Dealers Association (FADA) and Government of India represented by Department of Heavy Industry and National Skill Development Corporation (NSDC).

Program Brochure

Click here to download brochure

Register your Interest

Click here to register

Impact Report

Click here to download the impact report of the first batch.

Register for EVA Scholarship

Click here to Apply

You can reach us over a phone call or WhatsApp

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