GGSIPU B.Tech EEE Lesson Plan 7th Sem Electric Drives

Lesson Plan  B.Tech EEE , 7th sem                                            Electric Drives- ETEE-401

FIRST TERM

Chapter - Introduction

Concept, Need for electric drives, Applications,Different elements, and components, advantages of electric drives, DC vs AC Drives, Dynamics and fundamental torque equation, Multi-quadrant operation of electric drives, types of load torque, stable operation of electric drives

General configurations for closed loop control of electric drives

Chapter - DC Motor Drives

Basic Machine equations, Schemes for DC Motor Speed Control, Braking

Modelling of DC Motor Drive

Single phase separately excited drives Half wave, semiconverter, and full-wave converter drive (with continuous and discontinuous current modes), two- and four- quadrant operation

Single phase DC series motor drives, semiconverter and full converter drives

DC chopper drives - separately excited and series motors, two- and four- quadrant operation

Permanent magnet materials

Permanent magnet DC Motor - Features and applications

Test

SECOND TERM

Chapter - Induction Motor Drives

Basic Induction Machine equations, torque speed characteristic, starting, braking methods

Speed control of IM               -Stator voltage control (with AC Voltage controller)               -Variable frequency control (With cycloconverter)

Voltage Source Inverter and Current source Inverter Drive

Constant V/f control, Concept of field oriented control

Constant torque/power/slip modes of control for Induction Motor Drive

Slip power control, Static rotor resistance control - Static Schrebius and Kramer Drive

Synchronous Motor variable speed drive, variable frequency control, self controlled synchronous motor drive

Permanent magnet AC motor drive, sinusoidal PMAC motors

THIRD TERM

Stepper motor and switched reluctance motor drive

Energy conservation in electric drives

Microprocessor based control of electric drives - DC, IM, and synchronous motor schemes, applications