Electric Vehicle Battery Charging Motor Components Basics
What you’ll learn
Students will get a complete overview about each and every components of an Electric Vehicle
Students will learn all about Lithium ion Batteries. Form factors, Chemistry of Lithium ion Battery, Assembly of Lithium ion battery
Students will get a detailed understanding about Battery management system. It includes Battery protections, Cell Balancing, state of charge Estimation and Selection of IC to design your own BMS
Students will learn about the various techniques to implement Battery thermal management system
Requirements
Be able to understand basic Electrical terminologies like Voltage, Current and Resistance.
Student should be curious to learn
Description
“Lithium Ion Battery and Battery Management System for an EV” is a BASIC course on Electric Vehicle operation, Components, Batteries and its types.This course covers working principles of all the components used inside an Electric vehicle. A new comer, EV enthusiast, EV owner, Business owners, Managers, Students, professionals, hobbyists should take up this course if they have even 1% interest in Electric Vehicles.An industrial perspective has been added to this course to make it very real to connect Universities to Industries. It is a combination of theory, quizzes, Practical examples and mathematical calculation assignments.This course introduces you to the Electric vehicle world and discusses each and every component inside it in big detail. EVSE, BLDC Motors, Motor Controllers, DC-DC Converters, Chargers, Power train concepts are discussed with very simple understanding.In depth coverage of Lithium ion batteries is done in this course which shares approximately 40% cost of an Electric vehicle. It includes various Chemistry of Lithium ion batteries like NMC, NCA, LFP, LTO, Solid state batteries and many more. Battery pack connections and assembly is a key part in Batteries. I have tried to cover various Cell configurations to develop your own battery pack in a very simple language.This course covers Battery Management System from the basic level. You will learn about various features of BMS in more detail. It covers Cell balancing, State of Charge estimation, coulomb counting and Kalman Filters. This Course also helps you to select an appropriate IC for designing a Battery management system.Thermal management system is the most critical part for an EV battery. This course discusses various techniques used in the industry for cooling an Electric vehicle battery Pack.
Overview
Section 1: Overview of the Course
Lecture 1 Overview of the Course
Section 2: Introduction to Electric Vehicle
Lecture 2 Introduction to Electric Vehicle
Lecture 3 History of Automobile Industry
Lecture 4 Types of Electric Vehicle
Lecture 5 Components of an Electric Vehicle
Lecture 6 Introduction to Battery
Lecture 7 Vehicle Control Unit
Lecture 8 Introduction to Electric vehicle Motors
Lecture 9 Electric Vehicle Charger
Lecture 10 DC-DC Converter
Lecture 11 Relays
Lecture 12 Fuses and Circuit Breaker
Lecture 13 Automotive Connectors
Lecture 14 Automotive Wiring Harness
Lecture 15 Electric Vehicle Safety Equipment
Section 3: Lithium Ion Batteries
Lecture 16 Introduction to Lithium ion Batteries
Lecture 17 Battery Specifications: Lithium ion Cell
Lecture 18 C-Rating of Battery
Lecture 19 Battery Series Combination
Lecture 20 Battery Parallel Combination
Lecture 21 Battery Series-Parallel Combination
Lecture 22 Types of LIB – Based on Shape
Lecture 23 Cylindrical Cell 18650
Lecture 24 Pouch Cell
Lecture 25 Prismatic Cell
Lecture 26 Types of LIB – Based on Chemistry
Lecture 27 NMC – Lithium Nickel Manganese Cobalt Oxide
Lecture 28 LFP – Lithium Iron Phosphate
Lecture 29 NCA – Nickel Cobalt Aluminium Oxide
Lecture 30 LTO – Lithium Titanate Oxide
Lecture 31 LCO – Lithium Cobalt Oxide
Lecture 32 LMO – Lithium Manganese Oxide
Lecture 33 Comparison of Lithium ion Chemistries
Lecture 34 Graphene based Battery
Lecture 35 Metal Air Batteries
Lecture 36 Solid State Batteries
Lecture 37 Advantages of Solid State Batteries
Lecture 38 Battery Soldering
Lecture 39 Nickel Spot Welding
Lecture 40 Ultrasonic Wire Bonding – Working Principle
Lecture 41 Barley Paper – Insulation material
Lecture 42 Nickel Strips – Connecting medium
Section 4: Battery Management System
Lecture 43 Introduction to Battery Management System
Lecture 44 What is Thermal Management System?
Lecture 45 BMS Classification based on Features
Lecture 46 BMS Classification based on Topology
Lecture 47 Distributed BMS
Lecture 48 Centralized BMS
Lecture 49 Modular BMS
Lecture 50 Lithium ion Battery Protections
Lecture 51 Passive Cell Balancing
Lecture 52 Active Cell Balancing
Lecture 53 State of Charge (SoC) Estimation
Lecture 54 Voltage translation based SoC Estimation
Lecture 55 Coulomb Counting – SoC Estimation
Lecture 56 Kalman Filters – SoC Estimation
Lecture 57 Battery State of Health (SoH)
Lecture 58 Battery Depth of Discharge (DoD)
Lecture 59 BMS Applications vs Voltage Levels
Lecture 60 BMS Integrated Circuits (IC’s)
Lecture 61 Voltage Sensing : ADC
Lecture 62 Current Sensing: Current Sense Resistors
Lecture 63 Current Sensing: Hall Effect Sensor
Section 5: Thermal Management System
Lecture 64 Introduction to Thermal Management System
Lecture 65 What is Thermal Management System?
Lecture 66 Why Do we need Thermal management System for Lithium ion battery?
Lecture 67 Why does battery get heated?
Lecture 68 Lithium ion battery: Thermal Runaway
Lecture 69 Techniques of Battery Cooling
Lecture 70 Heat Sink
Lecture 71 Air cooling
Lecture 72 Liquid Cooling
Lecture 73 Direct Liquid Cooling
Lecture 74 Indirect Liquid Cooling
Lecture 75 Phase Change Material based Cooling
Lecture 76 Thermo Electric Peltier Cooling
Students who are willing to grow their career in the field of Electric Vehicles,Students who are willing to learn about the Lithium ion batteries, their types and applications,Students who want to learn about Battery management system and looking forward to develop their own design.,Students who are looking to design a thermal management system for Electric Vehicles
Course Information:
Udemy | English | 5h 40m | 1.44 GB
Created by: Ritul Shah
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