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Featured Speakers :

 Alessio D' Alesio
Alessio D' Alesio
Head of V126 Blade Development
Vestas Blades UK ltd
 Georgios Pechlivanoglou
Georgios Pechlivanoglou
Technical Director
Smart Blade GmbH
 Ion Arocena
Ion Arocena
Project Manager
NabraWind
 Stefan Löser
Stefan Löser
Head of Design & Analysis
EUROS GmbH
 Mark Hancock
Mark Hancock
Engineering Specialist
GE Wind Power
 Arnold Timmer
Arnold Timmer
General Manager and Manager Materials and QA/QC
We4Ce B.V.
 Flemming Rasmussen
Flemming Rasmussen
Head of Aeroelastic
DTU Wind Energy
 Edo Kuipers
Edo Kuipers
Blade Design (Lead)
We4Ce
 Johannes Georg Leib
Johannes Georg Leib
Technical Manager
DNV GL
 Peder Bay Enevoldsen
Peder Bay Enevoldsen
Chief Engineer, Load and Power Design
Siemens Wind Power A/S
 Klaus Kaiser
Klaus Kaiser
Team Leader Functional Loads 8 MW
Adwen GmbH
Dr. Sascha D. Erbslöh
Dr. Sascha D. Erbslöh
Team Leader Aerodynamics
Senvion Systems SE
 Daniel Vogt
Daniel Vogt
Market Field Engineer Wind Energy
Sika Services AG
 David Heredero Olayo
David Heredero Olayo
CTO
TECSIS Tecnologia e Sistemas Avanados SA
 Rikard Berthilsson
Rikard Berthilsson
CEO
Winfoor AB
 Alexander Krimmer
Alexander Krimmer
Entwicklungsingenieur, Teamleiter
EUROS Entwicklungsgesellschaft für Windkraftanlagen mbH
 Lennart Kühlmeier
Lennart Kühlmeier
Head of Blade Design
SSP Technology A/S
 Francescso Grasso
Francescso Grasso
Aerodynamics Lead Engineer
Vestas Blades UK ltd
 Dirk Briese
Dirk Briese
CEO
wind:research GmbH
Dr. Rene Arbter
Dr. Rene Arbter
Advanced Materials & Systems Research - Lightweight Composite Materials
BASF SE
 Gian Piero Giuffré
Gian Piero Giuffré
Structural Process Engineer
GE Wind Power
 Sandra Arroz Collado
Sandra Arroz Collado
5MW and 3.3MW Blade Stress Team Leader
Gamesa
 Nadine Rehfeld
Nadine Rehfeld
Project Manager JEDI ACE, Enteisungstechnologien & Anti-Eis-Beschichtunge
Fraunhofer IFAM
 Matthew Lennie
Matthew Lennie
Research Fellow
Technical University Berlin, Germany
 Ashish Pawar
Ashish Pawar
Advanced Design Engineer
Siemens Wind Power, Denmark

Advances in Rotor Blades for Wind Turbines

Efficient ways to optimise the Coe throughout the blade lifetime

Rotor blades are decisive in the race for lower cost of energy, and the last years have witnessed drastic progress in structural design and manufacturing. While the industry is growing more and more mature, there is still room for innovation regarding new materials, load mitigation and standardisation of production processes.

Join this focused knowledge exchange and

  • Discuss alternative materials, composites and new material mixes to decrease weight and costs
  • Review XL blades and related challenges for design and production
  • Explore efficient ways to optimise your structural design and aerodynamics to increase blade performance
  • Get the operators’ view on blade damages and discuss related challenges for design, materials and reliability
  • Evaluate tools and processes to exploit the potential for improving and streamlining blade production

In this IQPC networking event expert presentations are followed by discussions and interactive sessions.


With contributions from the following companies and institutes:

             


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