Die BLDC-Motorsteuerungssimulation von Impedyme optimiert Regelstrategien für präzise Drehzahl, Drehmoment und Wechselrichter-Performance in Echtzeitanwendungen.

Simulieren und validieren Sie E-Antriebsstränge mit dem hochpräzisen Impedyme Dynamometer-Prüfstand. Echtzeit-HiL-/PhiL-Tests für Drehmoment, Energie und Steuerung.

Simulating HESM torque control with PHIL & HIL for optimized flux regulation, efficiency, and high-performance electric traction.

Real-time simulation of IPMSM axle-drive in EVs with PHIL & HIL for optimal torque, braking, and efficiency.

Achieve high-performance Induction Motor (IM) control using Field-Oriented Control (FOC) with Power Hardware-in-the-Loop (PHIL) and Real-Time Simulation (RTS). Optimize torque, speed, and efficiency with advanced HIL validation.

Optimized IPMSG control in low-voltage HEV generators, featuring closed-loop voltage regulation, real-time current control, and advanced energy management for maximum efficiency, reliability, and performance.

Impedyme’s Permanent Magnet Synchronous Machine simulation optimizes motor control, inverter design, and switching analysis across EV.

Optimized PMSM rotor speed control using Field-Oriented Control (FOC), Field Weakening, and Real-Time Simulation (RTS) for high efficiency, extended speed range, and reliable traction performance.

Precise rotor speed control for PMSM traction drives with Impedyme. Improve efficiency and reliability in electric vehicle and industrial applications.