Back-to-Back PMSM Test Bench with DTC Torque Control and FOC Speed Control

Description

How to purchase this model:

Overview

This simulation model presents a back-to-back coupled PMSM test bench designed for advanced motor control analysis and research. The system consists of two mechanically coupled Permanent Magnet Synchronous Motors:

• One PMSM controlled using Direct Torque Control (DTC) with torque reference input

• One PMSM controlled using Field-Oriented Control (FOC) with speed reference input

The model replicates a practical motor test bench used for validating control strategies, studying dynamic behavior, and analyzing torque–speed interaction without requiring physical hardware.

Key Features

• Back-to-back mechanically coupled PMSM setup

• DTC-based torque control drive

• FOC-based speed control drive

• Realistic load emulation between machines

• Torque reversal and transient testing capability

• Measurement of speed, torque, and phase currents

• Discrete-time implementation suitable for digital control studies

• Ready-to-run MATLAB/Simulink model with organized subsystems

Applications

• Electric drive research and development

• DTC vs FOC performance analysis

• EV motor control studies

• Academic projects, thesis, and PhD research

• Advanced electric drives laboratory demonstrations

• Controller benchmarking and testing

Outputs Included

• Reference speed profile

• DTC motor speed response

• FOC motor speed response

• Torque reference and actual torque comparison

• Phase current measurements

Software Requirement

• MATLAB/Simulink 2024a

• Simscape Electrical (Specialized Power Systems)

Ideal For

Researchers, faculty members, students, and engineers working in electric drives, power electronics, and motor control who need a realistic simulation platform for testing advanced control algorithms.

For customization feel free to Contact:

email: support@simulationkart.com

WhatsApp: +91 72002 37131