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Protected: MODULE 2 : ELECTRIC MOTORS AND DRIVE METHODS (PGP in Intelligent System)
CONTROLLER ARCHITECTURE AND COMMUNICATION
Motor Selection
1
Calculating Parameters
2
Power Calculation
3
Torque Calculation
4
Gearbox Selection
5
Motor Characteristics
Motor Types for EV
1
Introduction of DC Motor
2
Working Principle
3
Types of DC Motor and Calculation
4
Speed Control Methods
5
Induction Motor - Intro and Its Types
6
Induction Motor - Rotating Magnetic Field
7
Induction Motor - Working Principle
8
Induction Motor - Power Flow Diagram
9
Induction Motor - Performance Characterstics
10
Induction Motor - Speed Control Techniques
11
Induction Motor - VF Control Technology
12
Induction Motor - Rotor Resistance Control Method
13
BLDC Motor - Working Principle and Calculation
14
PMSM Motor - Working Principle and Calculation
Motor Design Parameters
1
Basic of Magnetics
2
Maxwells Equation
3
Magnetic Circuit
4
Electro Motive Force
5
Flux Linkage and Inductance
6
Magnetic Energy
7
Electromagnetic Force and Torque
8
Sample Problem - Electromagnetic Flux and Excitation Current
9
Winding Introduction
10
Single Layer Winding
11
Double Layer Winding
12
Rotating Magnetic Field
13
Sample Problem 2 - Winding Design
14
Phase and Line EMF
15
Sample Problem 3 - Motor Winding
16
PMSM Motor - Magnetic Properties
17
PMSM Motor - Magnetic Circuit
18
PMSM Motor - Torque Equation
Model Based Simulation - Motor Max Power and Energy Consumption
1
Introduction
2
Motor Geometry
3
Add Winding and Material
4
Simulating E Magnetics
5
Torque Speed Curve
6
Efficiency and Drive Cycle
7
Thermal Solution
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