Conference programme

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Friday, 20 November 2015
09:30 - 11:00 Innovative design and validation tools

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Turbine technology  
Onshore      Offshore    

Room: Montmartre

Guidelines to optimize design processes in terms of cost and time-to-market while ensuring necessary standards when variants are introduced, during early stages of new concepts and as the industry moves to larger turbines.

  • Progress on smart rotor control using sensing strategies for optimal design
  • Probabilistic design framework to quantify uncertainties and reduce risk in design
  • New approach to validation of simulation models for grid studies to deliver variants earlier and economically
  • Time benefits through novel dual axis fatigue testing of blades

Learning objectives

  • Delegates will take away guidelines for the optimal design of smart rotor systems
  • Delegates will be able to implement a probabilistic design method enabling assessment of which uncertainties have most influence on overall COE
  • Delegates will be able to propose a feasible alternative to traditional validation with field measurement data
  • Delegates will be able  to advocate optimized dual axis fatigue testing of blades
This session will be chaired by: Michaela O'Donohoe, Director, Marketing & Business Development, Adwen, Spain
Peter Jamieson, Senior Technology Advisor, University of Strathclyde, United Kingdom

Abstract ID: 476
Ricard Buils Urbano
Head of Loads Analysis, DNV GL - Energy Advisory, United Kingdom
A probabilistic design framework applied to a 7MW wind turbine for robust cost of energy optimisation

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Abstract ID: 257
Hans Dürr
Senvion SE, Germany
New validation method of models for grid studies

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Abstract ID: 467
Peter Greaves
Research Structural Engineer - Blades, Offshore Renewable Energy Catapult, United Kingdom
Bi-Axial Fatigue Testing of Wind Turbine Blades

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Abstract ID: 216
Simon Pansart
Principal Engineer, Head of Section Rotor Blades, DNV GL Renewables Certification, Germany
A new rotor blade standard for high product quality and flexible certification

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