Hybrid Vehicles – The Fundamentals & Operating Principles

Name: Hybrid Vehicles – The Fundamentals & Operating Principles
Rating: 4.2 (301 reviews)

Become a pro in Hybrid Vehicle Operations, Functions & Fundamentals.

Created byEzenith Education

Last updated 4/2021

English

What you'll learn

Concepts of Hybrid Vehicles their Types & Fundamentals
Operating Principals & Working of Hybrid Vehicles
Components & Auxiliary units in a Hybrid Vehicle

Course content

10 sections • 48 lectures • 3h 33m total length

Introduction2:27
This course will give you an in depth knowledge of Hybrid Vehicles, the essential components and their functions,
Course Contents5:28
What can you expect out of this course?
In the above course, we will cover:
World Vehicle Scenario – Trends in Electrification
Indian Vehicle Scenario – Trends in Electrification
Why Hybrids?
Introduction to Hybrid
Components in a Hybrid Vehicle:
Electric Drive Motors
Auxiliary Power Unit (APU)
Energy Storage System (Battery)
Regenerative Braking (KERS)
Control System
Auxiliary Units in a Hybrid Vehicle
Auxiliary Invertor/Motor
DC-DC Motors
Cooling Units / Thermal management
MGU-H (Motor Generator Unit – Heat)
Hybrid Transmission
Power Split Device (PSD)
Hybrid Topologies
Series Hybrid (HEV)
- Chevrolet Voltec
- Range Extender Vehicle
- BMW i3
Parallel Hybrid (PHV)

12V Micro Hybrid
- Mahindra
- Suzuki SHVS

48V Mild Hybrid
- Audi Mild hybrid

3. Series-Parallel Hybrid (PSH)
- Hybrid Synergy Drive (HSD)

4. Plug-In Hybrid (PHEV)
- Toyota Prius
Hybrid Hypercars
- Porsche 918
- LaFerrari
- McLaren P1
Hybrid Motorsports
- Axle Split Hybrid (ASH)
- Audi and Porsche Le Mans Hybrid Race Cars

Technologies used in Hybrid Vehicles
- Regenerative Braking
- Start/Stop
- Electric Drive/Assist
- Belt Starter Generator (BSG/ISG)

Modes of Operation of a Hybrid Vehicles
- Engine Idle Stop/start
- Electric Torque assistance
- Energy Recuperation
- Electric Driving
- Battery Charging (During Driving)
- Battery Charging (From the grid)
- Coasting Sailing

Capabilities of different types of Hybrid Vehicle
Technical aspects in Hybrid Vehicle
Safety aspects of Hybrid Vehicle
Future challenges for Hybrid Vehicles
World Vehicle Scenario - Sustainable Mobility3:11
In this lecture we would under the world scenario with respect to sustainable mobility
World Vehicle Scenario – Trends in Electrification2:22
In this lecture we would under the world scenario with respect to electrification
India Scenario – Trends in Electrification1:37
In this lecture we would under the Indian scenario with respect to electrification

Electric Drive Motor & Auxiliary Power Unit (APU)2:49
In this lecture we would under learn about the components of hybrid vehicle ie electric motor and auxiliary power unit
Generators0:57
In this lecture we would under learn about the components of hybrid vehicle ie generator
Energy Storage System (Battery)9:47
In this lecture we would under learn about the components of hybrid vehicle ie energy storage system.
credits of video :Audi
Regenerative Braking (KERS)1:32
In this lecture we would under learn about the components of hybrid vehicle ie KERS
Control System10:15
In this lecture we would under learn about the components of hybrid vehicle ie electric ie control system

Auxiliary Inverter / Motor & DC-DC Converter2:04
In this lecture we would under learn about the auxiliary components of hybrid vehicle ie inverter and DC-DC converter
Cooling Units2:39
In this lecture we would under learn about the auxiliary components of hybrid vehicle ie cooling system
MGU-H (Motor Generator Unit – Heat)2:00
Hybrid Transmission & Power Split Device7:18
In this lecture we would under learn about the auxiliary components of hybrid vehicle ie Hybrid transmission

Types of Hybrid Topologies1:27
Types of Hybrid Topologies
Introduction to Series Hybrid Vehicle3:03
What is series hybrid vehicle
Pros and Cons of series hybrid vehicle4:56
The pros and cons of series hybrid vehicle
Introduction to Range Extender6:06
Introduction to Range extender
Introduction to Parallel Hybrid3:01
Introduction to Parallel Hybrid
Pros and Cons of Parallel Hybrid3:12
Introduction to 12V Micro Hybrid2:22
Pros & Cons of 12V Micro Hybrid1:39
BSG & Maruti SHVS System9:01
Introduction to 48V Mild Hybrid4:29
Introduction to 48V Mild Hybrid
Pros & Cons of 48V Mild Hybrid2:48
Pros and cons of 48V hybrid vehicle
48V Mild hybrid5:31
Series-Parallel Hybrid7:38
Introduction to Series Parallel hybrid
Series Parallel Hybrid & Layout and Power Flow6:36
Plug-In Hybrid (PHEV) Toyota Prius9:10
Introduction to plugin Hybrid vehicle

Capabilities of different types of hybrid2:21
Table which explains the capabilities of different types of hybrid
Technical aspects of different types of Hybrids2:05
Table explains the technical aspects of different hybrid vehicles
Safety aspect in Hybrid Vehicle5:50
What are the various safety measures implemented in hybrid vehicles
Future Challenges for Hybrid Vehicles8:09
This session would help you understand the various future challenges that the hybrid vehicles might have to go through

Requirements

If you are a beginner to the field and want to learn the concepts in an easy way this course is for you
if you are already into the field of vehicles & Automobile , this course will serve you in dept understanding of hybrid vehicle concepts , fundamentals & operating principals

Description

This course will give u an in depth knowledge of Hybrid Vehicles, the essential components and their functions, "
What can you expect out of this course?

In the above course, we will cover:

World Vehicle Scenario – Trends in Electrification
Indian Vehicle Scenario – Trends in Electrification
Why Hybrids?
Introduction to Hybrid
Components in a Hybrid Vehicle:

Electric Drive Motors
Auxiliary Power Unit (APU)
Energy Storage System (Battery)
Regenerative Braking (KERS)
Control System

Auxiliary Units in a Hybrid Vehicle

Auxiliary Invertor/Motor
DC-DC Motors
Cooling Units / Thermal management
MGU-H (Motor Generator Unit – Heat)
Hybrid Transmission
Power Split Device (PSD)

Hybrid Topologies
1. Series Hybrid (HEV)
  - Chevrolet Voltec
  - Range Extender Vehicle
  - BMW i3
2. Parallel Hybrid (PHV)
12V Micro Hybrid
- Mahindra
- Suzuki SHVS

48V Mild Hybrid
- Audi Mild hybrid

3. Series-Parallel Hybrid (PSH)
- Hybrid Synergy Drive (HSD)

4. Plug-In Hybrid (PHEV)
- Toyota Prius

Hybrid Hypercars
- Porsche 918
- LaFerrari
- McLaren P1

Hybrid Motorsports
- Axle Split Hybrid (ASH)
- Audi and Porsche Le Mans Hybrid Race Cars
Technologies used in Hybrid Vehicles
- Regenerative Braking
- Start/Stop
- Electric Drive/Assist
- Belt Starter Generator (BSG/ISG)
Modes of Operation of a Hybrid Vehicles
- Engine Idle Stop/start
- Electric Torque assistance
- Energy Recuperation
- Electric Driving
- Battery Charging (During Driving)
- Battery Charging (From the grid)
- Coasting Sailing
Capabilities of different types of Hybrid Vehicle
Technical aspects in Hybrid Vehicle
Safety aspects of Hybrid Vehicle
Future challenges for Hybrid Vehicles

Who this course is for:

Electrical engineering, Mechanical engineering, Mechatronics Engineering, Electric Vehicle Enthusiast

Hybrid Vehicles – The Fundamentals & Operating Principles

What you'll learn

Explore related topics

Course content

Course Introduction & Industry Scenario5 lectures • 15min

Introduction to Hybrid3 lectures • 7min

Components in a Hybrid Vehicles5 lectures • 25min

Auxiliary Units in a Hybrid Vehicle4 lectures • 14min

Hybrid Topologies15 lectures • 1hr 11min

Engine & Motor Operation & Characteristics of Hybrid Systems3 lectures • 6min

Hybrid Hyper Cars3 lectures • 22min

Hybrid Motor Sports1 lecture • 7min

Technologies used in Hybrid Vehicles5 lectures • 28min

Hybrid Vehicle Capabilities , Technical aspects , Safety & Future challenges4 lectures • 18min

Requirements

Description

Who this course is for: