Hybrid Electric Vehicle

Get under the hood of the automotive revolution with this comprehensive Hybrid Electric Vehicle (HEV) course from Ucanly. This intermediate program is designed for engineers and enthusiasts who want to master the complex technologies driving the future of transportation. You will explore the core systems of hybrid and fully electric vehicles, focusing on high-voltage battery management, electric motor control, and power electronics.

With the expert guidance of Ucanly, you will learn the intricate dance between the internal combustion engine and the electric powertrain in various hybrid architectures. This Ucanly course takes a systems-engineering approach, showing you how to analyze the performance of battery packs, design control strategies for electric motors, and understand the role of inverters and converters. You will gain a deep, practical understanding of the components that define modern EVs.

By the end of this project-driven course, you will have completed a full simulation and analysis of an HEV powertrain, demonstrating your ability to model, design, and evaluate the performance of next-generation vehicles.

Analyze different hybrid and electric vehicle architectures.
Understand the design and operation of high-voltage battery packs and Battery Management Systems (BMS).
Grasp the principles of electric motor control, including Field-Oriented Control (FOC).
Model and simulate the performance of key powertrain components like inverters and converters.
Develop and evaluate energy management strategies for hybrid vehicles.
Create a complete HEV powertrain model and analyze its performance.

Live Q&A and Simulation Review Sessions with Industry Experts
On-demand video lectures
Downloadable simulation models (Simulink), datasets, and project files
Technical papers and industry case studies
Quizzes and challenging hands-on simulation assignments
Lifetime access to course materials and future updates
Certificate of Completion from Ucanly

Course Content

Module 1: The Electric Powertrain Revolution (The Ucanly Introduction)
This module, curated by Ucanly, establishes the fundamental principles and architectures of electric and hybrid vehicles.

Lesson 1.1: Course Introduction: The Shift from ICE to Electrification
Lesson 1.2: Fundamentals of Vehicle Dynamics
Lesson 1.3: HEV/EV Architectures: Series, Parallel, and Power-Split Hybrids
Lesson 1.4: Key Components of an Electric Powertrain
Lesson 1.5: Setting Up Your Simulation Environment (MATLAB/Simulink)

Module 2: Energy Storage Systems (ESS)
Dive deep into the heart of any EV: the high-voltage battery pack and its underlying chemistry.

Module 3: Battery Management Systems (BMS)
Learn how the crucial BMS hardware and software keeps the battery pack safe, efficient, and healthy.

Module 4: Electric Motors and Motor Control
Explore the different types of electric motors used in EVs and the techniques used to control them with precision.

Module 5: Power Electronics (A Ucanly Deep Dive)
Master the high-power electronic components that manage the flow of energy throughout the vehicle, with guidance from Ucanly.

Module 6: Hybrid Vehicle Control Strategies
Learn how a hybrid vehicle's brain decides when to use the engine, the motor, or both for optimal efficiency.

Module 7: Vehicle System Integration
Understand how all the different subsystems communicate and work together in a real vehicle.

Module 8: Capstone: HEV Powertrain Simulation (The Ucanly Challenge)
Integrate all your knowledge to model and simulate the performance of a complete hybrid electric vehicle over a standard drive cycle.

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Ucanly

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Price:
Original price was: ₹25,000.00.Current price is: ₹14,500.00.
Instructor:Ucanly
Duration: 75 hours
Lessons:37
Students:0
Level:Beginner

Hybrid Electric Vehicle

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Course Content

Module 1: The Electric Powertrain Revolution (The Ucanly Introduction) This module, curated by Ucanly, establishes the fundamental principles and architectures of electric and hybrid vehicles.

Lesson 1.1: Course Introduction: The Shift from ICE to Electrification

Lesson 1.2: Fundamentals of Vehicle Dynamics

Lesson 1.3: HEV/EV Architectures: Series, Parallel, and Power-Split Hybrids

Lesson 1.4: Key Components of an Electric Powertrain

Lesson 1.5: Setting Up Your Simulation Environment (MATLAB/Simulink)

Module 2: Energy Storage Systems (ESS) Dive deep into the heart of any EV: the high-voltage battery pack and its underlying chemistry.

Lesson 2.1: Battery Fundamentals and Key Terminologies

Lesson 2.2: Deep Dive into Lithium-Ion Battery Chemistries

Lesson 2.3: Battery Pack Design: Cells, Modules, and Thermal Management

Lesson 2.4: Modeling Battery Performance

Lesson 2.5: Project: Simulating the Discharge Curve of a Battery Cell

Module 3: Battery Management Systems (BMS) Learn how the crucial BMS hardware and software keeps the battery pack safe, efficient, and healthy.

Lesson 3.1: The Role and Architecture of a BMS

Lesson 3.2: State of Charge (SoC) and State of Health (SoH) Estimation

Lesson 3.3: Cell Balancing: Passive vs. Active

Lesson 3.4: Safety and Fault Detection

Lesson 3.5: Live Session: A Walkthrough of a BMS Algorithm

Module 4: Electric Motors and Motor Control Explore the different types of electric motors used in EVs and the techniques used to control them with precision.

Lesson 4.1: Types of Electric Motors in EVs (BLDC, ACIM, PMSM)

Lesson 4.2: Principles of Motor Operation and Torque-Speed Characteristics

Lesson 4.3: Introduction to Field-Oriented Control (FOC)

Lesson 4.4: Motor Sizing for Vehicle Performance

Lesson 4.5: Project: Developing a Basic Speed Control Model for a BLDC Motor

Module 5: Power Electronics (A Ucanly Deep Dive) Master the high-power electronic components that manage the flow of energy throughout the vehicle, with guidance from Ucanly.

Lesson 5.1: DC-DC Converters in HEVs/EVs

Lesson 5.2: The Inverter: Converting DC to AC for the Motor

Lesson 5.3: On-Board Chargers (OBC) and Charging Standards

Lesson 5.4: Power Component Selection and Thermal Considerations

Lesson 5.5: Project: Designing a Simplified Buck-Boost Converter for an Auxiliary System

Module 6: Hybrid Vehicle Control Strategies Learn how a hybrid vehicle's brain decides when to use the engine, the motor, or both for optimal efficiency.

Lesson 6.1: The Energy Management Supervisor

Lesson 6.2: Rule-Based Control Strategies

Lesson 6.3: Introduction to Optimization-Based Control

Lesson 6.4: Regenerative Braking: Capturing Kinetic Energy

Module 7: Vehicle System Integration Understand how all the different subsystems communicate and work together in a real vehicle.

Lesson 7.1: The Controller Area Network (CAN) Bus

Lesson 7.2: Vehicle Control Units (VCUs)

Lesson 7.3: Diagnostics and Fault Handling

Lesson 7.4: Homologation and Safety Standards (ISO 26262)

Module 8: Capstone: HEV Powertrain Simulation (The Ucanly Challenge) Integrate all your knowledge to model and simulate the performance of a complete hybrid electric vehicle over a standard drive cycle.

Lesson 8.1: Defining Vehicle Parameters and Objectives

Lesson 8.2: Building the Powertrain Model in Simulink

Lesson 8.3: Implementing a Control Strategy and Running the Simulation

Lesson 8.4: Analyzing the Results: Fuel Economy and Emissions

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