Ev Thermal Management: Keeping Vehicles Cool & Efficient

Learn key thermal architectures for performance and safety

What you'll learn

what is thermal management

components needed for thermal management

Cooling circuit architectures

Integrated thermal management

Requirements

Electric vehicle knolwedge

Description

Are you curious about how vehicles stay cool and efficient even under tough conditions? Whether it’s a traditional car or an electric vehicle, managing heat is key to making them safer, longer-lasting, and better performing. This course will take you on a clear, step-by-step journey into the fascinating world of thermal management—without confusing technical jargon.Divided into three focused sections, you will explore everything from the basics to advanced concepts. Start with understanding what thermal management is and why it’s so important. Discover the key parts and heat sources in vehicles, and how different coolant types work to keep things running smoothly. Then dive deeper into individual cooling loops for different vehicle systems—how they work when the vehicle is idling, charging, braking, or driving. Learn how heating and air conditioning systems are integrated to keep comfort and safety in balance.Finally, experience how all these pieces come together in an integrated thermal management system that keeps vehicles performing at their best in every situation, from parking to fast charging and heavy braking.This course is perfect for engineers, students, or anyone passionate about the future of mobility. By the end, you’ll not only understand the science behind thermal management but also be ready to apply this knowledge in real-world vehicle design and troubleshooting.Step into the future of vehicle technology — enroll today and become a thermal management pro!

Overview

Section 1: Introduction to EV Thermal Management

Lecture 1 What is Thermal management and why it is important?

Lecture 2 ICE Vs EV Thermal Management

Lecture 3 Key Components and Heat sources

Lecture 4 Operating conditions

Lecture 5 Coolant Medium

Section 2: Individual loops

Lecture 6 Intro to Individual Loops thermal architecture

Lecture 7 Individual loops - Idling condition with AC switched off

Lecture 8 Individual loops-Charging part1

Lecture 9 Individual loops- Fast charging

Lecture 10 Individual loops- Driving

Lecture 11 Individual loops-Braking

Lecture 12 Individual loops- AC functioning

Lecture 13 Individual loops- Heating

Lecture 14 Modified Individual loops Architecture

Section 3: Integrated Thermal Management Architecture

Lecture 15 Intro to Integrated Thermal Management architecture

Lecture 16 Integrated Thermal Management architecture- Idling

Lecture 17 Integrated Thermal Management architecture-Charging

Lecture 18 Integrated Thermal Management architecture- Driving

Lecture 19 Integrated Thermal Management architecture- Braking

Lecture 20 Integrated Thermal Management architecture- Sub zero conditions

Lecture 21 Comparison of Individual loops and Integrated Thermal Management architecture

Working on electric vehicles