During the MBS Tech Days 2021, Stefan Hauptmann from MesH Engineering held a presentation called "Low Frequency Noise, Grid Connection & Digital Twins: Research for the Wind Industry with Simpack".

This presentation provides an overview of research activities on the application of Simpack in the field of wind turbines. Results are discussed, and the significance for the industry is highlighted.

"Objective criteria for vibration and noise emissions from onshore wind turbines (TremAc)" was a research project led by the Karlsruhe Institute of Technology (KIT). MesH Engineering developed models in Simpack and Wave6 to analyze a wind turbine's power generation and transfer of vibrations and vibroacoustic emissions.

"New requirements for the drive train and structural components of wind turbines due to grid-supporting control procedures" have been identified in the "Gridloads" project, conducted by Fraunhofer IEE and MesH Engineering. This project examined the effects expected due to the application of new grid-supporting control procedures on wind turbines. 

The e-TWINS project led by the Technical University of Munich analyzes how digitalization might assist the energy transition. MesH Engineering focuses on developing digital twins using combined MBS and data-driven models. The German Federal Ministry for Economic Affairs and Climate Action​​​​​​​​​​​​​​ (BMWK) partially funds all Projects.

@SH is head of the wind energy department at MesH Engineering GmbH, an engineering service provider specializing in dynamic simulations, powertrain, and aerodynamics.

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