Power HIL Studio
Impedyme’s Power HIL Studio is a powerful software environment designed to configure, control, and automate real-time Hardware-in-the-Loop (HIL) and Power HIL testing. Built for engineers and researchers working on next-generation power systems, Power HIL Studio delivers unmatched flexibility, speed, and precision for power electronics, grid, battery, and motor emulation.With PowerHIL Studio, users can:
- Easily configure system settings – including IP addresses, firmware applications, FPGA/CPU processing modes, and parallel or slave configurations for multi-unit testing.
- Access specialized applications – Grid Emulator, Impedance Analyzer, Motor Emulator, and Battery Emulator provide comprehensive testing capabilities.
- Automate workflows with MATLAB scripting – set parameters, run multiple test cases, capture measurements, and generate reports with loops, sweeps, and conditional logic.
- Interact with live signals in real-time – control test timing, trigger events, and adjust parameters dynamically without interrupting simulations.
- Seamlessly integrate with MATLAB and Simulink – deploy models directly to real-time hardware, update parameters on the fly, and test scenarios instantly.
Whether you are developing smart grids, renewable energy systems, electric vehicles, or advanced power electronics, Impedyme’s Power HIL Studio accelerates innovation with a scalable, real-time, and automation-ready simulation platform.
Impedyme’s CHP – The Best All-in-One HIL & PHIL Solution
Impedyme’s Combined Hardware-in-the-Loop (CHP) is the market’s most advanced test and emulation system, delivering 50 kW Power HIL capability with ultra-fast FPGA real-time processing. Equipped with proprietary stand-alone liquid cooling, CHP offers the highest power density and fundamental frequency available.
With flexible interfaces—including multi-channel analog I/O, digital I/O, and multi-gigabit fiber links—CHP integrates seamlessly with sensors, controllers, and external hardware. Multi-channel signals are directly accessible in MATLAB/Simulink, enabling real-time interaction, parameter tuning, and measurement within the modeling environment.
CHP also supports resolver and encoder cards, making it adaptable to a wide range of applications. Through MATLAB HDL Coder™, Embedded Coder™, and Workflow Advisor™, users can move from FPGA/processor-based algorithm design to high-bandwidth, full-power prototype testing—all inside Simulink with Impedyme-RT.
Impedyme’s CHP line sets a new standard in HIL + Power HIL testing—faster, denser, and more integrated than anything else on the market.
Applications
Power HIL Studio gives the user direct access to specialized applications such as Grid Emulator, Impedance Analyzer, Motor Emulator, Battery Emulator and etc.
Open-Source Power Electronics Testing & Simulation
Impedyme Power HIL Studio leads the way in open-source real-time Hardware-in-the-Loop (HIL) simulation for power electronics. Engineered for developers and researchers in open-source power electronics, it offers a powerful and customizable platform designed to streamline development and accelerate innovation
Open-Source Framework
Adaptable for power electronics testing, letting developers customize and integrate with open-source projects—no FPGA skills needed.
Automated Workflows
use MATLAB scripting to set parameters, run test sweeps, capture results, and generate reports without manual intervention.
Real-Time HIL Simulation
run models on FPGA or CPU, with options for parallel mode (higher power) or slave mode (synchronized multi-unit testing).
Interactive Control
trigger events, adjust signals dynamically, and monitor results in real-time for complete testing flexibility.
Power Electronics Emulators
built-in modules for Grid, Motor, Battery emulation, and Impedance Analysis, supporting both research and industrial applications.
MATLAB/Simulink Integration
import and deploy Simulink models directly to hardware, update parameters live, and accelerate testing cycles.
How PowerHIL Studio Works
- Setting/Starting Application Specific Apps for Grid Emulator, Motor Emulator, Battery Emulator, Impedance Analyzer and more
- Build Test Scenarios via GUI or import from Simulink.
- Select Modes: EMC standard profiles or PHIL/HIL simulation.
- Execute Tests with on-the-fly parameter tuning and fault injection.
- Analyze Results with automated logging, FPGA scope, and reporting tools.
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