Need Corporate Trainer for Topic: BLDC Motor Controller
Budget: ₹30,000 – ₹70,000 INR
Looking for a professional having 6 to 13 years of experience in working with BLDC Motor Controller.
Batch Size: 10-15
Duration of training: 3-5 Days
Timing: 10AM to 6PM
Audience: Mix of both freshers and experienced people
Training Mode: Offline
Nature of the Training:
• Focus should be 20% on theory & 80% on Practical.
• Includes 2-3 assignments for practice
Topics:
We want the below topics to be covered in this training program:
-BLDC Motor Fundamentals
1. a). Introduction: About BLDC motors ( Classification, working principles, Characteristics of a BLDC/PMSM Motor)
b).Comparison of SPM & IPM Motor (Brief)
2. a).Applications of motors (Ref, washing machine , air coditioner and ceiling fan)
b). High Power and Torque Applications.
3. Mathematical modelling of PMSM and BLDC
4. Dynamic Modelling of BLDC Motor
5. Pspice simulation of dynamic models.
6. Explanation of back EMF ,cogging torque, flux distribution for BLDC/PMSM Motor.
7. Different commutation technique fro controlling BLDC/PMSM Motor.
-Sensor-less commutation:
1.Different Control Methods for BLDC Motor & PMSM
2. Closed loop control of BLDC/PMSM Motor with Sensor-less Trapezoidal and sinusoidal drive control for PMSM & BLDC
3. Sensor-less vector control (FOC)
4. Clark & Park Transformation
5. PI controller for speed and Torque
6. SVPWM Technique for BLDC Motor
7. Pspice simulation of different dynamic models
8. Estimation of Motor parameters (Torque,Speed,current)
9. Sensing methods (Back EMF,Flux,Rotor position.
-Sensored Vector control (FOC) commutation:
1. Clarke's & Park's transformation algorithm development as per application.
2. Close loop control of BLDC/PMSM Motor
3. Tuning and Testing of the Motor with Load / No load condition with a custom kit
4. Interfacing of different sensors with microcontroller
-Hardware Design for motor control
1. Application specific component selection in the motor controller by reading the datasheet of each component
2. Designing of Power supply section, Inverter section, Voltage sensing circuit , Current sensing circuit, Hall sensing circuit & other sensing circuit.with detailed calculations and simulations
3. Interfacing of all the hardware circuit to drive the BLDC motor.
4. How to select the microcontroller and interfacing of other circuit with controller.
5.Thermal analysis of Power Module/ Driver circuit.
Batch Size: 10-15
Duration of training: 3-5 Days
Timing: 10AM to 6PM
Audience: Mix of both freshers and experienced people
Training Mode: Offline
Nature of the Training:
• Focus should be 20% on theory & 80% on Practical.
• Includes 2-3 assignments for practice
Topics:
We want the below topics to be covered in this training program:
-BLDC Motor Fundamentals
1. a). Introduction: About BLDC motors ( Classification, working principles, Characteristics of a BLDC/PMSM Motor)
b).Comparison of SPM & IPM Motor (Brief)
2. a).Applications of motors (Ref, washing machine , air coditioner and ceiling fan)
b). High Power and Torque Applications.
3. Mathematical modelling of PMSM and BLDC
4. Dynamic Modelling of BLDC Motor
5. Pspice simulation of dynamic models.
6. Explanation of back EMF ,cogging torque, flux distribution for BLDC/PMSM Motor.
7. Different commutation technique fro controlling BLDC/PMSM Motor.
-Sensor-less commutation:
1.Different Control Methods for BLDC Motor & PMSM
2. Closed loop control of BLDC/PMSM Motor with Sensor-less Trapezoidal and sinusoidal drive control for PMSM & BLDC
3. Sensor-less vector control (FOC)
4. Clark & Park Transformation
5. PI controller for speed and Torque
6. SVPWM Technique for BLDC Motor
7. Pspice simulation of different dynamic models
8. Estimation of Motor parameters (Torque,Speed,current)
9. Sensing methods (Back EMF,Flux,Rotor position.
-Sensored Vector control (FOC) commutation:
1. Clarke's & Park's transformation algorithm development as per application.
2. Close loop control of BLDC/PMSM Motor
3. Tuning and Testing of the Motor with Load / No load condition with a custom kit
4. Interfacing of different sensors with microcontroller
-Hardware Design for motor control
1. Application specific component selection in the motor controller by reading the datasheet of each component
2. Designing of Power supply section, Inverter section, Voltage sensing circuit , Current sensing circuit, Hall sensing circuit & other sensing circuit.with detailed calculations and simulations
3. Interfacing of all the hardware circuit to drive the BLDC motor.
4. How to select the microcontroller and interfacing of other circuit with controller.
5.Thermal analysis of Power Module/ Driver circuit.