SimulationKart (formerly MATLAB SCHOOL)

🔗 Download the Complete MATLAB Model:
simulationkart.com/product/hybrid-mpc-pid-current-…

In this video, we demonstrate a Hybrid MPC–PID Current Control strategy for a BLDC Motor implemented in MATLAB/Simulink.

This advanced control architecture is designed to reduce starting current overshoot and improve dynamic performance in BLDC drives.

🔎 Control Structure

• Hybrid MPC–PID controller in the outer loop
• Hysteresis Current Controller in the inner loop
• Reduced inrush current during startup
• Improved current tracking performance
• Faster transient response
• Enhanced stability and robustness

⚡ Why Hybrid MPC–PID?

Conventional PID controllers may produce high starting current and overshoot during motor startup. By integrating Model Predictive Control (MPC) with PID:

✔ Starting current is significantly reduced
✔ Overshoot is minimized
✔ Current regulation is improved
✔ System response becomes smoother and more stable

The inner hysteresis current controller ensures fast switching response and precise current tracking.

🎯 This model is suitable for:

• EV motor drive development
• Research scholars & PhD work
• M.E / M.Tech / Final year projects
• Power electronics engineers
• Advanced motor control studies

📞 For purchase, customization, or technical support:
Mobile: +91 7200237131
Email: support@simulationkart.com

We also undertake custom simulation projects, hardware-based development, controller tuning, research implementation, and academic support.

4 months ago | [YT] | 0

SimulationKart (formerly MATLAB SCHOOL)

⚡ **New Video Uploaded: Back-to-Back PMSM Test Bench | DTC Torque Control + FOC Speed Control (MATLAB/Simulink)**

In this video, I demonstrate a **Back-to-Back PMSM Test Bench** developed in MATLAB/Simulink for advanced motor control analysis. The setup includes two mechanically coupled PMSMs:

🔹 DTC-based torque control drive
🔹 FOC-based speed control drive

The simulation showcases torque–speed interaction, load emulation, and dynamic performance evaluation of DTC and FOC control strategies in a realistic coupled drive environment.

🎯 What you’ll see in this video:
• Back-to-back PMSM configuration
• DTC torque control implementation
• FOC speed control implementation
• Torque & speed response analysis
• Practical MATLAB/Simulink demonstration

This video is useful for students, researchers, and engineers working on electric drives, EV systems, and advanced motor control.

🔗 Download the model:
simulationkart.com/product/back-to-back-pmsm-test-…

📩 For customization or support:
[support@simulationkart.com](mailto:support@simulationkart.com)
📱 WhatsApp: +91 72002 37131

👍 If you find the video helpful, please like, share, and subscribe for more advanced simulation tutorials.

#MATLAB #Simulink #PMSM #FOC #DTC #ElectricDrives #EV #PowerElectronics #MotorControl

4 months ago | [YT] | 0

SimulationKart (formerly MATLAB SCHOOL)

🚗 Online Workshop: How to Design Electric Vehicles (EVs) Using MATLAB Simulink! 🚗

Learn to model, simulate, and design electric vehicles with this hands-on workshop! Topics include:

Vehicle design using Simscape
PMSM-powered EV design
Field-Oriented Control (FOC) for PMSM motors
Ideal for engineers, students, and researchers interested in EV technology. 🌐

📅 Date & Time: 18-10-2024 & 6.00 PM to 7.30 PM (IST)
🔗 Register Here: simulationkart.com/workshop-2/

Don't miss this opportunity to enhance your EV design skills with MATLAB Simulink! #EV #MATLAB #Simulink #Engineering #PMSM #ElectricVehicle #FOC

1 year ago | [YT] | 0

SimulationKart (formerly MATLAB SCHOOL)

3 Day Online workshop on MATLAB Simulink

In this online MATLAB Simulink workshop the participants will be exposed to


1) Tuning of PI controller for non linear system

2) Designing closed loop for buck and boost converters

3) Designing V/F control for PMSM motor


Date: 28/09/2024 - 30/09/2024

Time: 6.00 pm - 8.00 pm


Targeted Participants:

UG, PG students & Researchers

simulationkart.com/worshops/

1 year ago (edited) | [YT] | 0

SimulationKart (formerly MATLAB SCHOOL)

Job Notification:

Join SimulationKart.com as a Product Demonstration Specialist, showcasing our advanced kits with Model Based Development, power electronics, and control techniques. Engage and educate clients across South India through live demonstrations and expert presentations.

Click the link to apply
shorturl.at/hiGMU

1 year ago (edited) | [YT] | 0

SimulationKart (formerly MATLAB SCHOOL)

Join Us and Sell Simulations
simulationkart.com/

1 year ago | [YT] | 1

SimulationKart (formerly MATLAB SCHOOL)

Dear Friends,

The video shows a simulation of a BLDC motor being operated without using hall sensors. Instead, it uses a sensorless control method based on the commutation angle. The motor's speed is controlled through a closed loop system that compares the actual speed to a reference speed, and uses a PI controller for precise control.

Download link available in the description of video.

Thank you.

3 years ago | [YT] | 0

SimulationKart (formerly MATLAB SCHOOL)

Hello Friends,

Do watch our video on Fuzzy Logic based Field Oriented Control (FOC) of Permanent Magnet Synchronous Motor (PMSM).


You can also download the same MATLAB Simulink file from the link given in the description.

Thank you,
MATLAB School

3 years ago | [YT] | 1

SimulationKart (formerly MATLAB SCHOOL)

Hello Friends,

Video on "Fuzzy Logic Control based Field Oriented Control of PMSM" releases tomorrow.

3 years ago | [YT] | 2

SimulationKart (formerly MATLAB SCHOOL)

Hello Friends,

Watch our latest video on Maximum Torque Per Ampere (MTPA) based Field Oriented Control (FOC) of Interior Permanent Magnet Synchronous Motor (PMSM).

https://youtu.be/qOeeBGv6dmg

3 years ago | [YT] | 2