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Real-Time Simulation and Control
Real-Time Simulators
We employ advanced real-time simulators including: Opal-RT OP4510, Opal-RT OP4520, Opal-RT OP8662, PV Emulator, Wind (PMSM, DFIG) Emulator, Battery Inverter Emulator, and Grid Simulator.
We leverage cutting-edge real-time simulation platforms to accurately replicate the behavior of complex electrical and mechanical systems under realistic operating conditions.
Our advanced simulators — Opal-RT OP4510, OP4520, OP8662, along with PV and Wind (PMSM, DFIG) Emulators, Battery Inverter Emulators, and Grid Simulators — enable engineers and researchers to:
- Test without risk – Identify issues and optimize performance without impacting live systems.
- Simulate diverse scenarios – From normal operation to extreme fault conditions.
- Accelerate innovation – Rapidly evaluate new designs before field deployment.
- This capability ensures safe, efficient, and cost-effective testing for power grids, renewable energy systems, and advanced control applications.
Control Logic Prototyping
For control logic prototyping, we use: DSPACE ACE Microlab Box (1302T)
Before committing to hardware, we bring ideas to life through control logic prototyping — the process of designing, validating, and refining control algorithms in a virtual environment.
Using the DSpace ACE Microlab Box (1302T), we can:
- Develop and test complex control strategies in real time.
- Seamlessly transition from simulation to physical implementation.
- Detect and fix issues early, reducing costly rework.
- This approach ensures that when your control system goes live, it performs exactly as intended — with maximum reliability and efficiency.
Networked Control Systems
Our capabilities include: Test bench with Distributed Network Analyzer, Static Relays and Static VAR Compensator
In today’s connected world, control systems need to communicate and coordinate seamlessly across networks.
Our networked control system capabilities include:
- Distributed Network Analyzer – Real-time monitoring and analysis of data communication quality.
- Static Relays – Advanced protection devices that isolate and safeguard systems during abnormal events.
- Static VAR Compensator – Dynamic voltage and power quality management for stable and efficient operation.
- These capabilities allow for integrated, intelligent, and resilient control solutions that can adapt to changing operational demands — whether in industrial automation, energy management, or smart grid applications.
