Tuesday, 27 September 2016
14:30 - 16:00 LIDARs - the zapping competition
Resource assessment  
          

In this highly interactive quick-fire session, participants will scan through 14 LIDAR-related presentations and vote to select the three contributions they would like to hear in full. Presentations will cover a wide range of possible LIDAR applications, both offshore and onshore, such as power-curve validation, resource assessment in complex terrain, turbulence intensity measurements, and more.

You attended this session?

Please give us feedback

 

Learning objectives

Get a wide overview of the latest research and field work involving LIDARs, both onshore and offshore.

 

This session will be chaired by:
Co-chair(s):

Mike Courtney
DTU Wind, Denmark
Intro  

Abstract ID: 50
Julia Gottschall
Senior Scientist, Fraunhofer IWES, Germany
Floating LIDAR systems: current technology status and requirements for improved maturity

Abstract ID: 71
Wiebke Langreder
COO, Wind Solutions, Denmark
Roaming remote sensing: quantification of seasonal bias

Abstract ID: 84
Alex Clerc
SMART Systems & Innovation Analysis Manager, RES Ltd, United Kingdom
Scanning LIDAR in Offshore Wind

Abstract ID: 101 science & research
Stephane Sanquer
Research Manager, Meteodyn, France
Post conversion of LIDAR data on complex terrains

Abstract ID: 124
Michael Stephenson
Offshore Wind Associate, Carbon Trust, United Kingdom
Power curve validation using LIDAR

Abstract ID: 133 science & research
Antoine Borraccino
PhD student, DTU Wind Energy, Denmark
Near flow measurements using nacelle LIDARs: the future of power performance?

Abstract ID: 228 science & research
Soledad Sanz
Iberdrola Engineering, Spain
Validation of LIDAR measurements in extremely complex terrain

Abstract ID: 267
Mohsen Zendehbad
PhD Assistant, ETH Zurich, Switzerland
Wind farm scale measurements using a mobile scanning LIDAR

Abstract ID: 295
Edward Burin des Roziers
Team Leader Wind Measurement, DEWI, France
A case study of performing a wind resource assessment based on LIDAR measurements

Abstract ID: 320
Matthieu Boquet
Manager Wind Energy Science & Application, LEOSPHERE, France
Turbulence intensity measurement techniques for pulsed LIDARs – the current status

Abstract ID: 436 science & research
Michael Schmidt
Researcher, University of Oldenburg, Germany
Orientation correction of wind direction measurements by means of staring LIDAR

Abstract ID: 491
Harald Mueller
Head of Working Group Fluid Flow Measuring Techniques, Physikalisch-Technische Bundesanstalt, Germany
A novel LIDAR system – first results of highly resolved wind vector measurements