Performer: Roland Schmehl – Finally, kites have grown up!

written by Rob Speekenbrink, 11 September 2012, filed as article

Current wind power generation relies on rigid supporting structures and is limited to altitudes up to 200 m. Wind at higher altitudes is significantly stronger and more persistent. To access this major potential of renewable energy, Kite Power is the solution. Roland Schmehl graduated in Mechanical Engineering from the University of Karlsruhe, Germany, in 1994. From the same university he received in 2003 a PhD degree “summa cum laude” about the computational modelling of fuel sprays.

His professional career started off within the same university as a research assistant in 1995. In 1999, Schmehl became consultant engineer in Los Angeles, CA, USA and in 2002 he started a post-doctoral research fellowship at the European Space Agency, the Netherlands. In this function, he was involved in the accident analysis of the Ariane 5 upper stage propulsion system.

In 2005, Schmehl accepted a position as software architect at TNO Automotive Safety Solutions, in Delft, where he was responsible for the Computational Fluid Dynamics module of the MADYMO crash simulation solver. In 2009, he started as associate professor at the chair of Prof. Ockels. At the Institute for Applied Sustainable Science, Engineering and Technology he is the head of the Kite Power research group and also supervises an ocean wave energy project.

Due to his various past professional activities, Schmehl is experienced in leading large multi-disciplinary technology development projects. At the Faculty of Aerospace Engineering, he is teaching the courses “Kite Power Generation” and “Wind Power” which are both part of the MSc track “Aerodynamics and Wind Energy”. Schmehl is the author of more than 35 scientific publications.

1 comment

One Response to Performer: Roland Schmehl – Finally, kites have grown up!

  1. Wind at higher altitude is a major source of renewable energy. However, this potential is far beyond reach for conventional wind energy systems using rigid tower structures. One of the possible solutions to capture high altitude wind energy is the use of kite power systems, such as the one developed by the research group of Delft University of Technology. The innovative development is reviving a comprehensive scientific and engineering heritage.

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