Impedyme Power HIL Motor Emulation transforms how automotive motor drives are developed and validated. By precisely replicating real-world motor dynamics — including load transients, fault conditions, and long-term stress scenarios — it enables faster, safer, and more reliable testing without the need for physical motors.
Introducing the next evolution in power electronics testing from Impedyme’s CHP line. Our Combined HIL & Power (CHP) solutions merge real-time control capabilities with precise, high-fidelity hardware emulation — enabling faster development, deeper insights, and more reliable power system validation.
ChargerBox by Impedyme is an advanced solution for EV and EVSE charging validation, seamlessly integrating with the PHIL testbench. It delivers real-time simulation, sophisticated emulation—including fault scenarios—and detailed compliance testing to address every aspect of electric vehicle charging infrastructure development.
In this video, explore the Motor Emulator for Inverter Hardware Development—a powerful tool that brings unmatched precision to electric vehicle testing. Learn how engineers use our platform to simulate real motor behavior, validate inverter control, and test battery performance under real-world conditions. Perfect for EVs, industrial drives, and power electronics.
Discover the Impedyme CHP-150, a cutting-edge Combined HIL & Power system for real-time control and high-fidelity emulation. Perfect for EVs, renewable energy, aerospace, and industrial applications, it enables precise Hardware-in-the-Loop (HIL) testing and scalable power hardware validation.
In this video, discover the Impedyme Dynamometer Testbench, a cutting-edge solution for electric motor and powertrain testing. Learn how our high-performance testbench enables precise real-time measurement, seamless HIL integration, and advanced motor control, making it ideal for EVs, renewable energy, aerospace, and industrial automation.
Impedyme is the world leader in the development of novel all-in-one Power Hardware-In-the-Loop (PHIL) testing equipment and Combined HIL and PHIL (CHP) systems to design, test and optimize control and protection systems used in power grids, power electronics, motor drives, automotive industry, trains, aircraft and various industries, as well as R&D centers and universities.