Fundamentals Of Electric Vehicles: Technology & Economics

About Course

A systems course to understand the fundamentals of Electric Vehicles (EVs). The course will examine technology associated with each element of EV drive-train; at the same time, it will get into the economics of EVs vis-à-vis petrol vehicles.

COURSE LAYOUT

The key topics that are going to be discussed in this course areElectric Vehicles
1. Overview of EV/
2. Vehicle Dynamics
3. Vehicle Subsystems: EV Power-train
3.1 Storage for EVs
3.2 Fundamentals of EV Battery Pack design
3.3 EV Motors and Controllers: Fundamentals and Design
4 Vehicle Accessories
5 Battery Charging and Swapping
6. Management of EV Infrastructure

Course Content

Fundamentals of Electric Vehicles: Technology & Economics

Lecture 76- Course Summary

00:00
Lecture 56 – Field-oriented Control

00:00
Lecture 55 – The d-q Equivalent circuit – Part 2

00:00
Lecture 54 – The d-q Equivalent circuit – Part 1

00:00
Lecture 53 – Speed and Back EMF

00:00
Lecture 52 – Torque Production – Part 3

00:00
Lecture 51 – Torque Production – Part 2

00:00
Lecture 50 – Torque Production – Part 1

00:00
Lecture 49 – Power and Efficiency

00:00
Lecture 48 – EV Motors and Controllers – Understanding Flow – Part 2

00:00
Lecture 47 – EV Motors and Controllers – Understanding Flow – Part 1

00:00
Lecture 46 – BMS Design of Electric Vehicle – Part 3

00:00
Lecture 45 – BMS Design of Electric Vehicle – Part 2

00:00
Lecture 44 – BMS Design of Electric Vehicle – Part 1

00:00
Lecture 43 – Electrical Design – Part 3

00:00
Lecture 42 – Electrical Design – Part 2

00:00
Lecture 41 – Electrical Design – Part 1

00:00
Lecture 40 – Thermal Design – Part 4

00:00
Lecture 57 – Three phase AC – Part 1

00:00
Lecture 58 – Three phase AC – Part 2

00:00
Lecture 75 – Analytics – Part 2

00:00
Lecture 74 – Analytics – Part 1

00:00
Lecture 73 – Economics of Public Chargers in context

00:00
Lecture 72 – Bulk Chargers/Swap Stations – Part 2

00:00
Lecture 71 – Bulk Chargers/Swap Stations – Part 1

00:00
Lecture 70 – Public Chargers – Part 2

00:00
Lecture 69 – Public Chargers – Part 1

00:00
Lecture 68 – Standardization and On board Chargers

00:00
Lecture 67 – Battery Swapping

00:00
Lecture 66 – EV Chargers: Slow or Fast – Part 2

00:00
Lecture 65 – EV Chargers: Slow or Fast – Part 1

00:00
Lecture 64 – EV Chargers: Introduction

00:00
Lecture 63 – Future Frontiers

00:00
Lecture 62 – Engineering Considerations – Part 2

00:00
Lecture 61 – Engineering Considerations – Part 1

00:00
Lecture 60 – Thermal Design – Part 2

00:00
Lecture 59 – Thermal Design – Part 1

00:00
Lecture 39 – Thermal Design – Part 3

00:00
Lecture 38 – Thermal Design – Part 2

00:00
Lecture 37 – Thermal Design – Part 1

00:00
Lecture 17 – EV Subsystem: Design of EV Drive Train – Part 1

00:00
Lecture 16 – Drive Cycles and Energy used per km – Part 2

00:00
Lecture 15 – Drive Cycles and Energy used per km – Part 1

00:00
Lecture 14 – Concept of Drive Cycle – 2

00:00
Lecture 13 – Concept of Drive Cycle – 1

00:00
Lecture 12 – Putting it all together – 2

00:00
Lecture 11 – Putting it all together – 1

00:00
Lecture 10 – Power and Torque to accelerate

00:00
Lecture 9 – Aerodynamic drag, Rolling Resistance and Uphill Resistance

00:00
Lecture 8 – Forces acting when a vehicle move

00:00
Lecture 7: EV Subsystems

00:00
Lecture 6: Where will we get Lithium for batteries?

00:00
Lecture 5: Charging and SwappingInfrastructure

00:00
Lecture 4 – A bit about batteries

00:00
Lecture 3 – EV program Innovatively and Differently and scale? – Part 2

00:00
Lecture 2: EV program Innovatively and Differently and scale? – Part 1

00:00
Lecture 1: Overview of Electric Vehicles

00:00
Lecture 18 – EV Subsystem: Design of EV Drive Train – Part 2

00:00
Lecture 19 – Introduction to Battery Parameters – Part 1

00:00
Lecture 36 – Mechanical Design – Part 4

00:00
Lecture 35 – Mechanical Design – Part 3

00:00
Lecture 34 – Mechanical Design – Part 2

00:00
Lecture 33 – Mechanical Design – Part 1

00:00
Lecture 32 – Fundamentals of Battery Pack Design

00:00
Lecture 31 – Charging Batteries

00:00
Lecture 30 – Computation of Effective cost of battery – Part 2

00:00
Lecture 29 – Computation of Effective cost of battery – Part 1

00:00
Lecture 28 – Battery Pack Development – Part 2

00:00
Lecture 27 – Battery Pack Development – Part 1

21:24
Lecture 26 – SoH and SoC estimation and Self Discharge – Part 2

00:00
Lecture 25 – SoH and SoC estimation and Self Discharge – Part 1

00:00
Lecture 24 – Li-Ion Battery Cells

00:00
Lecture 23 – Batteries in Future

00:00
Lecture 22 – Why Lithium Ion Battery? – Part 2

00:00
Lecture 21 – Why Lithium Ion Battery? – Part 1

00:00
Lecture 20 – Introduction to Battery Parameters – Part 2

00:00
Introduction to the Course

00:00

Student Ratings & Reviews

No Review Yet

About Course

A systems course to understand the fundamentals of Electric Vehicles (EVs). The course will examine technology associated with each element of EV drive-train; at the same time, it will get into the economics of EVs vis-à-vis petrol vehicles.

COURSE LAYOUT

What Will You Learn?

Course Content

Fundamentals of Electric Vehicles: Technology & Economics

Lecture 76- Course Summary

Lecture 56 – Field-oriented Control

Lecture 55 – The d-q Equivalent circuit – Part 2

Lecture 54 – The d-q Equivalent circuit – Part 1

Lecture 53 – Speed and Back EMF

Lecture 52 – Torque Production – Part 3

Lecture 51 – Torque Production – Part 2

Lecture 50 – Torque Production – Part 1

Lecture 49 – Power and Efficiency

Lecture 48 – EV Motors and Controllers – Understanding Flow – Part 2

Lecture 47 – EV Motors and Controllers – Understanding Flow – Part 1

Lecture 46 – BMS Design of Electric Vehicle – Part 3

Lecture 45 – BMS Design of Electric Vehicle – Part 2

Lecture 44 – BMS Design of Electric Vehicle – Part 1

Lecture 43 – Electrical Design – Part 3

Lecture 42 – Electrical Design – Part 2

Lecture 41 – Electrical Design – Part 1

Lecture 40 – Thermal Design – Part 4

Lecture 57 – Three phase AC – Part 1

Lecture 58 – Three phase AC – Part 2

Lecture 75 – Analytics – Part 2

Lecture 74 – Analytics – Part 1

Lecture 73 – Economics of Public Chargers in context

Lecture 72 – Bulk Chargers/Swap Stations – Part 2

Lecture 71 – Bulk Chargers/Swap Stations – Part 1

Lecture 70 – Public Chargers – Part 2

Lecture 69 – Public Chargers – Part 1

Lecture 68 – Standardization and On board Chargers

Lecture 67 – Battery Swapping

Lecture 66 – EV Chargers: Slow or Fast – Part 2

Lecture 65 – EV Chargers: Slow or Fast – Part 1

Lecture 64 – EV Chargers: Introduction

Lecture 63 – Future Frontiers

Lecture 62 – Engineering Considerations – Part 2

Lecture 61 – Engineering Considerations – Part 1

Lecture 60 – Thermal Design – Part 2

Lecture 59 – Thermal Design – Part 1

Lecture 39 – Thermal Design – Part 3

Lecture 38 – Thermal Design – Part 2

Lecture 37 – Thermal Design – Part 1

Lecture 17 – EV Subsystem: Design of EV Drive Train – Part 1

Lecture 16 – Drive Cycles and Energy used per km – Part 2

Lecture 15 – Drive Cycles and Energy used per km – Part 1

Lecture 14 – Concept of Drive Cycle – 2

Lecture 13 – Concept of Drive Cycle – 1

Lecture 12 – Putting it all together – 2

Lecture 11 – Putting it all together – 1

Lecture 10 – Power and Torque to accelerate

Lecture 9 – Aerodynamic drag, Rolling Resistance and Uphill Resistance

Lecture 8 – Forces acting when a vehicle move

Lecture 7: EV Subsystems

Lecture 6: Where will we get Lithium for batteries?

Lecture 5: Charging and SwappingInfrastructure

Lecture 4 – A bit about batteries

Lecture 3 – EV program Innovatively and Differently and scale? – Part 2

Lecture 2: EV program Innovatively and Differently and scale? – Part 1

Lecture 1: Overview of Electric Vehicles

Lecture 18 – EV Subsystem: Design of EV Drive Train – Part 2

Lecture 19 – Introduction to Battery Parameters – Part 1

Lecture 36 – Mechanical Design – Part 4

Lecture 35 – Mechanical Design – Part 3

Lecture 34 – Mechanical Design – Part 2

Lecture 33 – Mechanical Design – Part 1

Lecture 32 – Fundamentals of Battery Pack Design

Lecture 31 – Charging Batteries

Lecture 30 – Computation of Effective cost of battery – Part 2

Lecture 29 – Computation of Effective cost of battery – Part 1

Lecture 28 – Battery Pack Development – Part 2

Lecture 27 – Battery Pack Development – Part 1

Lecture 26 – SoH and SoC estimation and Self Discharge – Part 2

Lecture 25 – SoH and SoC estimation and Self Discharge – Part 1

Lecture 24 – Li-Ion Battery Cells

Lecture 23 – Batteries in Future

Lecture 22 – Why Lithium Ion Battery? – Part 2