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Focus on understanding the different types of motors and drives and the interaction between motor-drive system and the load
MOTORS & DRIVES IN EV
89259 06892
Duration | 40 Hours
(Theory:10hrs / Practical: 30hrs)
ELIGIBILITY:
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Engineering graduates ECE, EEE, E&I, Mechatronics, Mechanical (From 3nd Year onwards)
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Basic C Programming
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Basic Electronics knowledge
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Completion of Electric Vehicle course
CERTIFICATION CRITERIA:
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Attendance – 90% Min
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Assignment completion – 100%
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Posttest assessment score – 70% Min
HIGHLIGHTS
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Practical approach of Power Converters
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Real time application oriented Motors and Drives selection
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Analyse the performance of induction Motor using VFD
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Applications of electrical drives in Automotive Industry
CONTENTS
Introduction
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Introduction of Power Converters
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Introduction of Arduino
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Simulation of Power Converters
DC Motor Control
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DC Motor Driver Construction
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DC Motor Direction and Speed Control
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Control the DC Motor through Mobile
Servo Motor
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Servo Motor Working Principle
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Servo Motor Speed /Position Control
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Servo Motor based robotic arm control through Mobile
Stepper Motor
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Stepper Motor Wiring
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Stepper Motor Speed and Direction Control
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Bipolar and Unipolar Stepper Motor Operations
BLDC Motor in EV
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BLDC Driver Construction
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Component’s Selection of High Wattage BLDC Motor in EV
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Sensored / Sensorless BLDC Driver Speed Control
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BLDC Motor Controlled by RF Devices
OUTCOMES
By The End Of Course The Learner Will:
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Understand the components of an electric motor drive.
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Understand various types of motor loads in motor drives.
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Understand the operation of adjustable speed motor drives.
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Be able to select a suitable drive for a particular application