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eVEHICLES DESIGNS

 

 

SYLLABUS:

BASICS OF POWER ELECTRONICS

  1. Introduction to Power Electronics and Drives control.
  2. Introduction to E-Vehicle and Mobility.
  3. Trends in Battery Charging.
  4. Design of Controllers and Architecture.

DESIGN OF THYRISTORS

  1. Study of Transformers.
  2. AC and DC Systems.
  3. Design of Rectifiers.
  4. Design of Regulators.
  5. Study of Thyristors.

 EV ANALYSIS

  1. Design of Converters.
  2. Buck, Boost, Flyback Converter Analysis.
  3. Hardware Design of Relays.
  4. Hardware Design for Boost Converter.
  5. Design of Battery Charging.
  6. Design and Functionality of Motor.

MOTOR DESIGN

  1. Function of BLDC Motor.
  2. Design of BLDC Circuit and Controller.
  3. Application Exercise

PRACTICAL WORKOUT:

Introduction to MATLAB

  • Explaining about how to open
  • Simulink Library

1. Source Design :

  • AC and DC Functional Source Systems.
  • Transformer Deisgn.
  • Solar Panel Construction.
  • E Vehicle Construction.
  • Wind Construction.
  • Rectifier circuit
  • Bridge rectifier

(Elements selection ,Scopic  Features , Fault detection and Isolation , Feedback and doubt clarification )

  • Boost converter

(Elements selection ,Scopic  Features , Fault detection and Isolation , Feedback and doubt clarification)

  • Buck converter

(Elements selection ,Scopic  Features , Fault detection and Isolation , Feedback and doubt clarification)

  • Buck-Boost converter

(Elements selection ,Scopic  Features , Fault detection and Isolation, Feedback and doubt clarification)

  • Flyback converter

(Elements selection ,Scopic  Features , Fault detection and Isolation , Feedback and doubt clarification)

  • Single phase Inverter

(Elements selection ,Scopic  Features , Fault detection and Isolation,Feedback and doubt clarification).

  • Three Phase Inverter.

(Elements selection ,Scopic  Features , Fault detection and Isolation , Feedback and doubt clarification)

  • Solar Coupled AC Grid System.

(Elements selection ,Scopic  Features , Fault detection and Isolation , Feedback and doubt clarification)

Application Projects

  • PV Based BLDC Motor Control and Drives.
  • Wireless Power transfer for Electrical speed vehicle application.
  • Comparison of 5 and 7 level Inverters.
  • Battery Charging Converter.

ALGORITHM Deisgn:

  • PI Deisgn based Motor Control.
  • PSO based AC and DC Control System.
  • MPPT CONTROLLER DESIGN.

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