EV Conversion Fundamentals

The most affordable, in depth, and easy to understand course to learn everything you need to know about an EV conversion and EV systems.

Buy $749.00

Course Overview

Are you fascinated by electric vehicles and intrigued by the idea of converting traditional gas-powered vehicles into clean, efficient, and powerful electric ones? Whether you're an automotive enthusiast, a sustainability advocate, or a curious learner, this course is your gateway into the electrifying world of EV conversions.

In this course, we'll delve into the essential principles, techniques, and technologies behind transforming conventional vehicles into powerful electric marvels. From understanding the basics of electric vehicle architecture to mastering the intricacies of battery selection, motor integration, thermal management design, and various other systems, you'll gain the knowledge and skills needed to embark on your own electrification journey.

Join us as we explore the fundamentals, design, and installation of EV conversions and unlock the potential to electrify classics one vehicle at a time.

Course Curriculum

Everything you need to know to convert a vehicle to electric.

1. Course Introduction
1. Will it be a cool vehicle that you will enjoy?
2. Safety (battery placement)
3. Weight Distribution
4. Transmission (auto vs manual) or direct drive
5. Structure - can it handle the weight?
6. Feasibility
1. Climate
2. Desired Range
3. Desired Performance
4. Charge Time
5. Power Brakes/Steering, A/C and Heat
1. Voltage vs Amperge
2. Amps vs Amp Hours
3. Kilowatts vs Kilowatt Hours
4. Watt hours per mile
5. Ohm's Law
6. Passive Electrical Components
7. Relays and Contactors
8. Series vs Parallel
9. Battery vs Module vs Pack
1. Electric Motor
2. Motor Controller
3. Battery Management System (BMS)
4. SCM2
5. DC/DC Converter
6. HV contactor
7. HV Fuse
8. HV Disconnect
9. HV Battery Charger
10. J1772 Charging
11. Battery Chemistry Comparison
1. Delta Temperature
2. Delta Temperature Example
3. Lithium Batteries in Hot Temperatures
4. Battery Chilling Solution
5. Lithium Batteries in Cold Temperatures
6. Battery Preheating Solution
1. High Voltage (HV) Safety
2. A Note About Extremely High Voltage
3. Battery Safety and Placement
4. 12V System Safety
5. Adequate Braking
6. Safety While in Reverse
1. Introduction to CAN Bus
2. CAN Bus Wiring
3. Hawk-IoT WiFi Module
4. Communicating with the Orion BMS 2
5. Communicating with the HyPer Controller
1. Application and Installation
1. Motor Adapter Kit, Flywheel, and Clutch
2. Mounting and Torque Management
3. Drivetrain Assembly (manual transmission)
4. Drivetrain Assembly (automatic transmission)
5. Direct Drive
1. HV Schematic
2. Cable
3. Connectors
4. J1772 Charge Port
5. Battery Box Design
1. 12V System Overview
1. SCM Overview
2. Controller Ignition
1. Display
2. WiFi Connectivity
1. Signal Wiring
2. HV Input Wiring
3. 12V Output Wiring
1. Signal Wiring
2. AC Input Wiring
3. DC Output Wiring
1. Orion BMS 2 Overview
1. HyPer Drive Controller Overview (AC Drive)
1. Standard Thermal Loop
2. Hose
3. Coolant Manifolds
4. Coolant Pump
5. Chill Plate
6. Thermal Pad
7. HyPer Controller Chill Plate
8. Thermistors
9. Tesla Modules
10. Battery Chilling
11. Battery Preheating
1. Cabin A/C
2. Cabin Heater
1. Power Brakes
2. Power Steering
1. Battery Care
2. Battery Maintenance
3. System Maintenance

About this course

$749.00
91 lessons
0 hours of video content

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Lansing Technologies