Impedyme 基于 FOC 的感应电机仿真采用实时硬件在环（HIL）测试，在各类应用中提升系统效率、转矩控制性能及故障保护能力。

探索 Impedyme 的无刷直流电机 PWM 控制仿真技术——优化转速控制，降低转矩波动，并验证换相策略以提升自动化性能。

Impedyme 的无刷直流电机仿真技术可优化控制策略，在实时应用中实现对转速、转矩和逆变器性能的精确控制。

利用 Impedyme 的高精度测功机测试台对电动汽车动力总成进行仿真与验证。 通过实时 HIL/PHIL 测试，实现对转矩、能量及控制性能的全面评估。

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.