GridSim Studio – Grid Simulation Software for Real-Time Grid Emulation
GridSim Studio is Impedyme's dedicated grid simulation software for configuring, controlling, and visualizing real-time grid emulation on the CHP Series Grid Emulator platform. It turns complex PHIL tests into an intuitive, lab-ready workflow for engineers working on next-generation power and smart-grid systems.
By combining FPGA-based real-time simulation, regenerative power hardware, and a rich graphical interface, this real-time grid simulation software lets you bring realistic AC and DC grid behavior into the lab safely, repeatably, and at scale.
What Is GridSim Studio?
GridSim Studio is a powerful and intuitive grid simulation software environment designed to configure, operate, and visualize real-time grid emulation scenarios. It is a core component of Impedyme's CHP (Combined HIL and Power HIL) platform, enabling seamless control of advanced grid-tied power electronics testing environments.
Think of GridSim Studio as the brain and the face of Impedyme's grid emulator ecosystem. The underlying CHP hardware — built around high-speed FPGAs and DSPs — handles the raw computational muscle, executing real-time calculations at nanosecond-level precision. The grid simulator software sits on top of this hardware layer, giving engineers a sophisticated yet accessible interface to design, configure, control, and monitor every aspect of a grid emulation scenario.
This architecture is critically important. Separating the control software from the hardware means an engineer does not need to be a firmware expert or an FPGA programmer to run a complex, high-fidelity grid simulation. The interface organizes reference settings, voltage sources, current sources, grid impedance models, harmonic injection, protection systems, and real-time voltage preview into clearly labeled panels — all controllable from a single screen.
Key Capabilities of the Grid Simulation Software
Everything you need to emulate, test, and validate grid-tied power electronics
Intuitive Real-Time Interface
Monitor and control your entire grid simulation environment from a single streamlined dashboard. This grid simulation software brings every control surface into one place.
- Dedicated panels for voltage, current, impedance, protection, and system status
- Real-time waveform visualization with oscilloscope-style voltage preview
- Instant adjustment of frequency, phase sequence, harmonics, and operating modes
- Live alarms and indicators for over-current, over-voltage, and thermal condition
Advanced Grid Impedance Modeling
Recreate realistic grid behavior with highly configurable impedance simulation.
- Support for R, L, RC, RL, and full RLC network models
- Emulate weak grids, cable effects, and resonance conditions
- Stress-test inverter control and grid-support algorithms
- Ideal for renewable energy systems, microgrids, and PHIL applications
Precision Voltage & Current Source Control
Generate highly dynamic AC and DC power scenarios with precision waveform control.
- Programmable AC voltage and DC bus emulation
- Independent phase control for amplitude, frequency, and phase angle
- Frequency sweeps, phase jumps, and harmonic injection support
- Four-quadrant regenerative operation with power source and sink capability
Disturbance & Fault Simulation
Validate grid-tied equipment under real-world fault and disturbance conditions.
- Simulate voltage sags, swells, outages, and phase loss
- Test anti-islanding logic and ride-through performance
- Inject harmonics and waveform distortions for power-quality testing
- Repeatable automated scenarios for consistent validation results
Integrated Protection & Safety Systems
Protect both hardware and DUTs with intelligent safety and relay coordination.
- Configurable over-current, over-voltage, and thermal protection
- Real-time relay and contactor status monitoring
- Soft-start and DC-link relay management
- Safe operation for high-power transient and fault testing
Scalable & Remote-Ready PHIL Platform
Scale from laboratory prototypes to megawatt-class testing environments. The grid simulation software is designed to grow with your test program.
- Compatible with single and multi-cabinet CHP grid emulator systems
- Supports hundreds of kVA/kW through parallel expansion
- Cloud-enabled remote access and collaborative testing workflows
- Seamless MATLAB/Simulink integration for automated Power HIL testing
GridSim Studio Interface
Real-time grid emulation control — voltage, frequency, impedance, harmonics, and protection all in one screen
Voltage Preview
Live oscilloscope-style display showing phase-by-phase voltage behavior — sags, swells, imbalances and harmonic content visualized as you tune.
Grid Impedance
Configurable R, L, C combinations to emulate weak grids, cable effects and complex network dynamics — reconfigurable in real time.
Protection Status
Relay indicators for main contactors, DC-link relays, and soft-start paths — over-current, over-voltage and thermal limits at a glance.
Referenzeinstellungen
Operating mode, voltage levels, frequency, and phase sequence — defined once, applied instantly across every source channel.
Applications of Grid Simulation Software
Used across industries involved in power electronics and smart grid development
Systeme für erneuerbare Energien
Test and validate solar inverters, wind converters, and battery storage systems under realistic grid conditions.
Power Electronics Development
Develop and verify converters, motor drives, and power electronics with precise grid emulation control..
Smart Grid Research
Analyze grid stability, microgrid performance, and DER integration using repeatable simulation scenarios.
Academic and Laboratory Research
Support power systems education, hardware-in-the-loop testing, and energy research with an accessible, lab-ready grid simulation software environment.
Why GridSim Studio Represents the Next Generation of Grid Testing
With Impedyme's grid emulator and GridSim Studio, engineers can create, control, and test real-world grid and motor conditions — virtually, safely, and in real time. This last word — safely — is worth dwelling on. Testing power electronics under fault conditions, voltage extremes, and resonance scenarios on a real grid would be genuinely dangerous and potentially destructive. This grid simulation software makes it possible to run exactly those scenarios in a controlled, repeatable, and safe laboratory environment.
For engineers developing and validating next-generation power converters, GridSim Studio bridges the gap between simulation and field testing — bringing full-fidelity grid behavior directly into the laboratory.
The underlying philosophy of GridSim Studio reflects a deep understanding of what modern power electronics engineers actually need: not just more raw power in a test setup, but more intelligence, more realism, and more confidence. The combination of FPGA-speed real-time processing, intuitive visual controls, standards-compliant automated test sequences, grid impedance modeling, harmonic injection, and seamless MATLAB/Simulink integration makes GridSim Studio a genuinely comprehensive platform — one that can accompany a product from early research and control design all the way through to final certification.
As power grids worldwide become more complex — with higher penetration of renewables, more distributed energy resources, greater dependence on power electronics, and tighter regulatory requirements — the tools used to validate grid-connected equipment must rise to meet that complexity. GridSim Studio by Impedyme is exactly the kind of tool the industry needs: rigorous, flexible, intelligent, and built by engineers who understand both the physics of power systems and the practical realities of the test laboratory.
Häufig gestellte Fragen
See GridSim Studio
running on your bench
Leading power electronics teams use GridSim Studio to validate grid-tied devices under real AC/DC conditions — safely, repeatably, and at any scale.
