Validate BMS, traction inverters, and onboard chargers with FPGA-based HIL testing. Microsecond simulation, 256-channel cell emulation, ISO 26262 support.

Inverter testing validates EV traction and grid-tied inverters for efficiency, safety, and reliability. Learn HIL and PHIL methods, standards, and emulation.

Learn how DC-DC converter testing proves efficiency, stability, and protection across the full operating envelope using Power Hardware-in-the-Loop.

Discover how DC fast chargers convert grid AC to battery DC, the standards that govern them, and how Impedyme validates chargers safely without a real battery.

一款用于快速、安全且可扩展驱动测试的 BLDC 电机仿真器。这是一种专为验证 MCU 和逆变器而构建的无刷电机仿真平台。

Impedyme 的功率在环 (Power HIL) 与硬件在环 (PHIL) 解决方案简化了人形机器人电机驱动的测试工作——涵盖从小型执行器到大功率驱动器。

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。