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.

A BLDC motor emulator for fast, safe, and scalable drive testing. Brushless motor emulator platform built to validate MCUs and inverters.

Impedyme’s Power HIL and PHIL solutions simplify motor drive testing for humanoid robots — from small actuators to high-power drives.

Die FOC-basierte Asynchronmotor-Simulation von Impedyme nutzt Echtzeit-HiL-Tests, um die Effizienz, die Drehmomentregelung und den Fehlerschutz in allen Anwendungen zu steigern.

Entdecken Sie die PWM-Steuerungssimulation von Impedyme für BLDC-Motoren – optimieren Sie die Drehzahl, reduzieren Sie das Drehmomentripple und validieren Sie Kommutierungsstrategien für die Automatisierung.