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CoursesVLSI Embedded Systems And Chip Design
Power Electronics for EV
VLSI Embedded Systems And Chip Design
Power Electronics for EV

Learn the basics and advanced design of power electronics that make electric vehicles more efficient, safe, and powerful.

5/5(4,890 Reviews)

Level

Advanced

Duration

8 Weeks

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About Power Electronics for EV

Rated #1 Recognized as the No.1 Institute for Power Electronics for EV Online Training Course. This program gives students a lot of knowledge about power electronics systems that are specific to EVs. It talks about DC-DC converters, inverters, onboard chargers, motor drive systems, and wide bandgap devices like SiC and GaN. Students get to design power conversion systems for electric vehicles (EVs) that are both efficient and reliable. At the end, participants will be able to work on EV powertrain and charging infrastructure projects at the level of the industry.

Training Plan

01

About trainer

Working professional who is carrying more then 10 years of industry experience.

02

Decks & Updated Content

Access to updated presentation decks shared during live training sessions.

03

e-Book

E-book provided by TechPratham. All rights reserved.

04

Assignments & MCQs

Module-wise assignments and MCQs provided for practice.

05

Video Recording

Daily Session would be recorded and shared to the candidate.

06

Projects

Live projects will be provided for hands-on practice.

07

Resume Building

Expert-guided resume building with industry-focused content support.

08

Interview Preparation

Comprehensive interview preparation with real-time scenario practice.

Power Electronics for EV Course Curriculum

Introduction to EV Power Electronics


Overview of power electronic systems used in electric vehicles.


EV architecture overview
Role of power electronics
Powertrain components
Efficiency requirements
EV standards

Power Semiconductor Devices


Power devices used in EV applications.

Power MOSFETs
IGBTs
SiC and GaN devices
Device characteristics
Device selection criteria

DC–DC Converters


Design of DC–DC converters used in EV systems.

Buck, boost, buck-boost converters
Isolated vs non-isolated converters
Control techniques
Efficiency optimization
Thermal considerations

Traction Inverters


Power inverters for EV motor drive systems.

Inverter topologies
PWM techniques
Motor drive basics
Switching losses
EMI considerations

On-Board Chargers (OBC)


Design of charging systems inside electric vehicles.

AC–DC conversion
Power factor correction (PFC)
Fast charging concepts
Charging standards
Safety requirements

Battery Management Power Circuits


Power electronics used in battery management systems.

Cell balancing circuits
Current sensing
Protection circuits
Power isolation
Reliability considerations

VLSI Embedded Systems And Chip Design Courses

No related courses found

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Who Should Take Power Electronics for EV

IT Professionals

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Job Roles For Power Electronics for EV

Key Projects

Power Electronics for EV

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DC-DC Converter Design for EV

Design and simulate a high-efficiency DC-DC converter for EV battery systems, focusing on thermal management and reliability under varying loads.

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Motor Drive Inverter Development

Develop a three-phase inverter for a BLDC motor in EVs with regenerative braking and advanced PWM techniques for performance optimization.

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Fast Charging System Simulation

Create a simulation model for an EV fast charger using SiC devices, ensuring compliance with power factor correction and EMI standards.

Placement Process

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Our Success Mantra

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Commitment

  • Ensuring quality training every day

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  • Meeting learning goals with confidence

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Accomplishment

  • Students achieving industry-ready expertise

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Beyond Courses:

Additional Support We Provide

24/7 Support

LinkedIn Profile

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Alumni Sessions

Interview Preparation

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Why is power electronics so important in electric vehicles?

Industry-Recognized Certification

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India

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