Motor Emulation Grid Emulation Battery Emulation Electric Vehicle Solar/PV Inverter PMSM, BLDC, IM Battery Pack and
Module Testing
Up to 1.1MVA+ AC/DC
Source/Load
Module/Pack Aerospace & Defense Turnkey Automated Test System INTRODUCING THE NEXT GENERATION OF MODULAR POWER ELECTRONICS TEST AND EMULATION SYSTEMS Request Live Demo and Proposal
Motor Emulator and Inverter Testing
impedyme simulink blockset

INTRODUCING THE NEXT GENERATION OF MODULAR POWER ELECTRONICS TEST AND EMULATION SYSTEMS Request Live Demo and Proposal Motor Emulator and Inverter Testing impedyme simulink blockset

Combined Hardware-In-the-Loop and Power (CHP) Solutions

Combined HIL and Power (CHP)

Solutions to accelerate innovation in sustainable energy, transportation, and grid systems worldwide.

Impedyme Power Hardware-In-the-Loop (PHIL) Test Systems

Leading the development of ultra-fast Real-time Simulator, novel Hardware-In-the-Loop (HIL) testing equipment and and Combined HIL and Power (CHP) testbeds to support our customers in design, testing and optimization of control and protection systems.

Hardware-in-the-Loop Simulation

Effectively test controls with real-time digital twins and automated testing.

Hardware-in-the-Loop Simulation

Effectively test controls with real-time digital twins and automated testing.

Open-Source HIL and Power HIL Testing

Power HIL Studio enables real-time testing with MATLAB/Simulink integration, automation, and FPGA precision for fast, accurate validation of power systems.

Electrification

Design, test, and validate digital controls for electric motors, power converters, and battery management systems.

Electrification

Design, test, and validate digital controls for electric motors, power converters, and battery management systems.

Solutions

Electric Aircraft Systems

Electric Aircraft Systems

Microgrids Simulation

Microgrids Simulation

Marine Power Systems

Marine Power Systems

Grid-Connected Inverters

Grid-Connected Inverters

EV PMSM Powertrain Emulation

EV PMSM Powertrain Emulation

EV Battery Pack Emulation

EV Battery Pack Emulation

Impedance Testing Of EV Battery Pack

Impedance Testing Of EV Battery Pack

Wind Energy Conversion Systems

Wind Energy Conversion Systems

Upcoming Events

DateEventLocation
February 8-10 , 2026IEEE Texas Power and Energy Conference (TPEC 2025)College Station, Texas
March 22–26 , 2026APECSan Antonio, Texas
March 30–April 2, 2026Annual Conference for Protective Relay EngineersTexas
June 9 – 11 ,2026PCIMNuremberg, Germany
June 10-12 , 2026iTEC+ 2025Novi, MI, USA
October 04 – 08 , 2026ECCEVancouver, British Columbia, Canada
October 12–15 , 2026Battery ShowDetroit, Michigan
October 18-21 ,2026IECONDoha, Qatar
May 17 – 20, 2027International Electric Machines and Drives Conference (IEMDC)Houston, Texas

News and Media

Impedyme Attends Virginia Tech’s Hokie 100 Celebration

Impedyme Brings Real-Time HIL and PHIL Testing to ECCE 2026

Impedyme Attends Virginia Tech’s Hokie 100 Celebration

Our team joined Hokie founders and innovators at the Innovation Campus to celebrate the fastest-growing alumni-led businesses.

Impedyme Brings Real-Time HIL and PHIL Testing to ECCE 2026

Live demonstration of the CHP Series Combined HIL + Power platform with motor, grid, and battery emulation in Vancouver.

Power Hardware In the Loop Applications:

This is the title

  • Synchronous Reluctance Motor card 1
    October 21, 2026

    Synchronous Reluctance Motor (SynRM)


    Synchronous reluctance machine guide: how the SynRM works, vs induction and PM motors, sensorless control, IE4/IE5 standards and how Impedyme tests it.

    Read more
  • three phase induction motor card 1
    October 20, 2026

    Three Phase Induction Motor


    A complete guide to the 3 phase induction motor: how it works, squirrel cage vs slip ring, slip, efficiency classes and P-HIL drive testing.

    Read more
  • one phase induction motor card 1
    October 18, 2026

    Single Phase Induction Motor


    Learn how a single phase induction motor works, why it isn’t self starting, its 5 types, torque curves, faults, and how to test and validate it.

    Read more
  • Stepper Motor card (1)
    October 12, 2026

    Stepper Motor


    What is a stepper motor? Learn the types, how a stepper motor driver and controller work, microstepping, torque curves, and stepper vs servo selection.

    Read more
  • solid state transformer card 1
    September 10, 2026

    Solid State Transformer


    What a DC motor controller is, how the circuit works, controller types and ICs, how to choose one, and how to validate it before it drives a real motor.

    Read more
  • DC motor controller card 1
    September 9, 2026

    DC Motor Controller


    What a DC motor controller is, how the circuit works, controller types and ICs, how to choose one, and how to validate it before it drives a real motor.

    Read more
  • half wave rectifier card 1
    September 5, 2026

    Half Wave Rectifier


    Half wave rectifier uses a single diode to convert AC to DC. See the circuit diagram, how it works, its efficiency and ripple, and where it is used.

    Read more
  • full bridge rectifier card 1
    September 1, 2026

    Full Bridge Rectifier


    Full bridge rectifier explained: circuit operation, positive and negative cycles, smoothing, component selection, failure modes and how to test the design.

    Read more
  • sfp module card1
    August 20, 2026

    SFP Module


    An SFP module is a hot-swappable transceiver that plugs into a switch, router or FPGA board. Learn SFP types, copper vs fiber, SFP+ 10Gb and how to choose one.

    Read more
  • elevator motor drive card1
    August 11, 2026

    Elevator Motor Drive


    How an elevator motor drive works — VVVF, gearless PMSM, four-quadrant regeneration, safety standards, and how HIL and PHIL testing validates it.

    Read more