Clemson University Wind Turbine Test Bench Simulation Laboratory

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Clemson University Wind Turbine Test Bench Simulation Laboratory

Case study on Clemson University's real-time simulation lab using SIMPACK for safe, repeatable wind turbine test bench modeling and training.

Published

June 4, 2026

Read time

3 min read

Source

Clemson University built a hardware-in-the-loop simulation laboratory to replicate the dynamics of large-scale wind turbine test benches. The lab integrates SIMPACK multi-body models with Simulink control and electrical models, enabling students and researchers to develop test profiles, troubleshoot systems, and train without operating expensive physical equipment. The approach supports both mechanical and electrical load simulation for onshore and offshore wind applications.

Key takeaways

Real-time HiL simulation bridges pure modeling and physical wind turbine test bench operation

SIMPACK multi-body models capture drive motor, gearbox, nacelle, and load application unit dynamics

Models allow safe test profile development, troubleshooting, and operator training

Co-simulation with Simulink integrates hydraulic, electric, and control subsystems

Lab supports both 7.5 MW and 15 MW test benches at Clemson WTDTF facility

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