Motor Emulator for Inverter Hardware Development
Developing high-performance inverter hardware for electrified mobility requires rigorous validation in realistic environments. At Impedyme, we offer state-of-the-art motor emulation tools that help engineers simulate real-world conditions and accelerate their development cycle. Our motor emulator systems provide unmatched accuracy and efficiency for testing during all R&D phases.
Why Early-Stage Inverter Hardware Design Needs Motor Emulation
Inverter hardware is the core of electric vehicles, handling DC/AC conversion, motor control, and energy optimization. However, early-stage testing often depends on passive R-L loads, which introduce key limitations when motor emulation is not used: Limited Component Stress: Passive loads apply only reactive power to the inverter, failing to mimic real-world active power conditions. This prevents accurate testing of components like diodes and switches, risking undetected vulnerabilities. Inactive DC Path: Passive R-L setups can’t return power to the inverter’s DC side, limiting the ability to replicate realistic power flow behavior.
Power-Level Testing with the Impedyme CHP Motor Emulator
The Impedyme CHP motor emulator is an active, programmable system built for accurate inverter hardware testing. It delivers functional validation under real-world voltage and current conditions—offering a more realistic, detailed testing environment than conventional inductive setups. Designed for modern electric drivetrains, our motor emulation platform ensures precise, reliable results.
Low-Power Signal-Level Motor Emulation Using the RCP Box
Early-stage inverter development often involves high uncertainty. The Impedyme RCP box offers motor emulation at the signal level, allowing you to test unmodified controller hardware using high-fidelity real-time simulation—without risking physical components.
Fast UUT Commissioning: Enjoy easy test setup with only four parameters needing definition to begin the testing process.
Rapid Parameter Adjustment: Easily and quickly adjust several parameters, such as R and L, via a simple mouse click during operation.
Minimum Facility Requirements: Only a 5kW AC connection for power and no water connection for cooling is needed as the system is stand-alone liquid cooled without external chiller.
Realistic Power Emulation: Four-quadrant mode enables full torque/speed operation, allowing active power testing under true-to-life conditions.
Motor Emulator Testing Platform from Signal to Power: With Impedyme’s integrated RCP and CHP systems, engineers can validate control logic at the signal level and scale seamlessly to high-power testing—all within one unified platform. Ensure full traceability and uncompromised performance throughout the development cycle.
Can the Impedyme motor emulator be used for both low and high-power testing?
Yes. The Impedyme motor emulator supports both signal-level testing—using the Real-Time Control Prototyping (RCP) box—and high-power hardware emulation with the CHP system. This flexible architecture allows engineers to streamline development from concept to production, using one unified motor emulation platform.
Invest in the Impedyme Motor Emulator to accelerate inverter development, increase testing precision, and bring your electric mobility products to market faster—with full confidence in performance and reliability.
