Catia V5 – Electric Vehicle High Voltage Harness Design

Catia V5 – Electric Vehicle High Voltage Harness Design, available at $59.99, has an average rating of 4.55, with 54 lectures, based on 152 reviews, and has 894 subscribers.

You will learn about Learn how to design high voltage electrical wiring harnesses like you would be working on a real job in a company Learn about the structure of an electrical vehicle Learn about the structure of an EV traction battery Learn about HV harness components and the basics of selecting them We design a few HV Harness projects together We design the internal harness for a EV traction battery I provide CAD files for each project I design with Catia V5 but you can design the projects with any CAD software This course is ideal for individuals who are Aspiring Harness Designers It is particularly useful for Aspiring Harness Designers.

Enroll now: Catia V5 – Electric Vehicle High Voltage Harness Design

Summary

Title: Catia V5 – Electric Vehicle High Voltage Harness Design

Price: $59.99

Average Rating: 4.55

Number of Lectures: 54

Number of Published Lectures: 54

Number of Curriculum Items: 54

Number of Published Curriculum Objects: 54

Original Price: £199.99

Quality Status: approved

Status: Live

What You Will Learn

Learn how to design high voltage electrical wiring harnesses like you would be working on a real job in a company
Learn about the structure of an electrical vehicle
Learn about the structure of an EV traction battery
Learn about HV harness components and the basics of selecting them
We design a few HV Harness projects together
We design the internal harness for a EV traction battery
I provide CAD files for each project
I design with Catia V5 but you can design the projects with any CAD software

Who Should Attend

Aspiring Harness Designers

Target Audiences

Aspiring Harness Designers

My name is Alex, and I am a Design Engineer.

I have been working for more than 18 years with Catia V5 in automotive engineering, racing and industrial design.

All the knowledge and experience that I gained helped me work with companies like: Ferrari Formula One Team, Red Bull Racing, Jaguar Land Rover, Aston Martin and others

In this course I will show you how to design HV electrical harnesses for Electric Vehicles.

We will start by looking at the structure of electric vehicles and how many HV harnesses can be in an electric vehicle.

Next, I will show you what are the components of a HV harness and what are the basics for selecting them.

Here I will also discuss about HV harness design rules and best practices.

Then I also made a complete section about the main component of an EV – The traction battery.

Here I will show what are the components of a traction battery and the basics on how they work.

After all this theory we will design a few CAD projects where we implement everything we learned.

I design with Catia V5 but you can design this in any other CAD software as I provide step files.

With all of this said. This course is a cheat code.

To be able to take chance on opportunities you need experience, and experience is built only with practice.

Thanks for reading this and see you in the course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: A quick about me

Lecture 2: Add subtitles in your own language

Lecture 3: What do you need to take this course

Lecture 4: Using resource files

Chapter 2: EV high voltage harness design

Lecture 1: Electric vehicle structure

Lecture 2: Electric vehicle high voltage harness

Lecture 3: The difference between: HEV, MHEV, PHEV and BEV

Lecture 4: High voltage connectors for EV applications

Lecture 5: EV high voltage connector selection basics

Lecture 6: High voltage cables for EV applications

Lecture 7: EV high voltage cables selection basics

Lecture 8: Protection materials for EV high voltage electrical harnesses

Chapter 3: EV traction battery structure

Lecture 1: Traction battery structure

Lecture 2: Battery cell module

Lecture 3: Cell supervisory module

Lecture 4: Battery management system

Lecture 5: Battery electric control module

Lecture 6: Traction battery harness

Chapter 4: HV charger harness design

Lecture 1: Project Preparation

Lecture 2: Electrify connectors and discuss harness design rules

Lecture 3: Populate the 3D model with bundles

Lecture 4: Investigating the first issues

Lecture 5: Finding solutions for issues

Lecture 6: Finishing the HV harness

Lecture 7: Conclusions and assignments

Chapter 5: Electric vehicle powertrain HV harness design

Lecture 1: Electrify HV connectors

Lecture 2: Preparing the project and positioning connectors

Lecture 3: Creating file infrastructure for the projects

Lecture 4: Electrify HV retainer

Lecture 5: Front EDU HV harness design

Lecture 6: Front inverter HV harness design

Lecture 7: HV junction box harness design

Lecture 8: Rear EDU HV harness design

Lecture 9: Rear inverter HV harness design

Lecture 10: Final adjustments and portfolio design ideas

Lecture 11: Organize harnesses

Lecture 12: Designing wires in channels

Chapter 6: Extra project – EV traction battery harness design

Lecture 1: Traction battery harness design project

Lecture 2: Harness connectivity and calculations

Lecture 3: Calculating bundles and starting the assembly

Lecture 4: Electrify connectors and start the harness design

Lecture 5: Defining the first retainers for the bundles

Lecture 6: Populate the harness with branches

Lecture 7: Retainer assignment

Lecture 8: Designing the main bundles

Lecture 9: New assignments

Lecture 10: Design the rear bundles

Lecture 11: Routing the BMS

Lecture 12: Finishing the bundle connections

Lecture 13: Updating bundle diameters

Lecture 14: Solving bend radius issues and updating last diameters

Lecture 15: Adding slack to the bundles

Lecture 16: Filling channels with wires

Lecture 17: HVIL – High Voltage Inter-Lock

Instructors

Alexander Consulting
Design Engineer at Alexandru Consulting

Rating Distribution

1 stars: 1 votes
2 stars: 2 votes
3 stars: 6 votes
4 stars: 41 votes
5 stars: 102 votes

Frequently Asked Questions

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