Electric Vehicle Certificate Course
Last updated 4/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.23 GB | Duration: 3h 36m
In depth knowledge on electric vehicle field.
What you'll learn
Physics behind Electric Vehicle
Electric Vehicle and its market
Calculation of various components of EV
Types of EV and their technical details
Requirements
Students are expected to know basic Physics
Description
What is Electric Vehicle?An electric vehicle (EV), also referred to as an electric drive vehicle, is a vehicle that uses one or more electric motors for propulsion. Depending on the type of vehicle, the motion may be provided by wheels or propellers driven by rotary motors, or in the case of tracked vehicles, by linear motors. Electric vehicles can include electric cars, electric trains, electric trucks, electric lorries, electric airplanes, electric boats, electric motorcycles and scooters, and electric spacecraft.About this Electric Vehicle course:This course will be a first-level course on electric vehicles. Students will be able to understand the operation of the battery-driven electric vehicles. The course will start with the introduction section which will enable the students to understand the focus areas that come under the umbrella of electric vehicles. Then the course will start covering this focus area one by one such as vehicle dynamics, Motors, Power Electronics, Batteries, Charging, etc. The most important part of this course will be that each topic will be analyzed and demonstrated through Matlab Simulink so that the grip of the subject will be strong and the knowledge acquired will be useable in real-time applications. We believe that good information available on the internet should be shared with the people as well. So many supporting documents in the form of pdf and couple of videos are shared during the course.Items Included in this course:The course has about 3 hours of video lecture along with approx 11-12 hours of textual documents which include text classes and pdfs. So, overall the length of this Electric Vehicle course is around 14-15 hours.Why take this course?Taking this course will give you detailed knowledge of the Electric Vehicle technology and industry. You can use the knowledge for this course on your projects and research. The course content keeps on updating based upon the recent development in the industry.
Overview
Section 1: Introduction
Lecture 1 Introduction to the course
Lecture 2 History of Electric Vehicle
Lecture 3 Industry
Lecture 4 Technology
Section 2: CLASSIFICATION ARCHITECTURE
Lecture 5 BEV
Lecture 6 HEV
Lecture 7 PHEV
Lecture 8 MHEV
Lecture 9 REEV
Lecture 10 FCEV
Section 3: OPERATION MODES
Lecture 11 Operation Modes
Section 4: SIZING OF ELEMENTS
Lecture 12 EV & HEV
Section 5: CONCEPT OF HYBRIDNESS
Lecture 13 Concept of Hybridness
Section 6: TYPES AND WORKING PRINCIPLE OF MOTORS
Lecture 14 PMSM
Lecture 15 PMDC
Lecture 16 BLDC
Lecture 17 Induction Motors
Lecture 18 Working of Induction Motors
Section 7: CHARACTERISTICS OF MOTORS
Lecture 19 Individual motors
Lecture 20 Traction Motor characteristics
Section 8: BATTERIES
Lecture 21 Introduction & Types
Lecture 22 Battery Manufacturing
Lecture 23 Battery Recycling
Lecture 24 Battery Terminology ( Soc,Dod,Soh etc)
Section 9: BATTERY MANAGEMENT SYSTEM
Lecture 25 BMS (Battery Management System)
Lecture 26 Design Consideration of BMS
Lecture 27 Building Blocks
Section 10: CONTROLLERS
Lecture 28 Controllers
Section 11: CAN BUS
Lecture 29 CAN Bus
Lecture 30 Types of CAN BUS
Section 12: CONVERTERS / INVERTERS
Lecture 31 Converters / Inverters
Section 13: E-DIFFERENTIALS
Lecture 32 E-differentials
Section 14: REGEN BRAKING
Lecture 33 Regen Braking
Section 15: TRANSMISSION
Lecture 34 Transmission
Section 16: CHARGER & CHARGING INFRASTRUCTURE
Lecture 35 Charger & Charging Infrastructure
Lecture 36 Charging Modes
Section 17: PROTOTYPE EV POWERTRAIN DESIGN
Lecture 37 EV Powertrain Design
Mechanical engineering student,Automobile students,Professionals working in automobile industry,Enthusiast who wants to learn about EV
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