The emulator replicates real wind turbine behavior in a controlled laboratory environment. It allows students and researchers to study torque-speed characteristics, power flow, MPPT techniques, and grid integration without depending on actual wind conditions or outdoor installations.

A Doubly Fed Induction Generator enables independent control of active and reactive power using partial-scale converters. This makes it ideal for studying modern wind energy systems, variable-speed operation, improved efficiency, and advanced grid support functionalities. We also have Wind Turbine Emulators with PMSG and Induction Generator.

Yes. The FPGA-based control platform allows users to modify and deploy custom control algorithms. Researchers can experiment with MPPT strategies, converter control methods, reactive power regulation, and advanced smart grid control techniques.

Yes. The emulator supports implementation and testing of Maximum Power Point Tracking methods such as Hill Climb Search. Users can also develop and validate new MPPT algorithms under different wind speed and loading conditions.

Yes. The system operates in Manual, Table, and CSV-based Simulation modes. Researchers can upload real wind datasets or create custom wind profiles, enabling realistic and repeatable laboratory testing scenarios.

Yes. The DC link architecture allows integration of additional renewable sources like solar PV. This enables hybrid system experimentation, microgrid studies, DC-link control research, and smart grid interaction analysis.

The system includes a LabVIEW-based graphical user interface with real-time visualization and adjustable sampling rates. Experimental data can be stored in CSV or image format for further analysis, reporting, and academic research documentation.