Back to the programme overview 
Print
Tuesday, 27 September 2016
14:30 - 16:00 LIDARs - the zapping competition
Resource assessment
Room: Hall G2
14:30 - 16:00 LIDARs - the zapping competition
Resource assessment
Room: Hall G2
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?
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:
Stefan Ivanell, Associate Professor, Uppsala University, Sweden
Abstract ID: 50
Julia Gottschall
Senior Scientist, Fraunhofer IWES, Germany
Floating LIDAR systems: current technology status and requirements for improved maturity
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
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
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
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
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?
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
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
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
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
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
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
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
Follow EWEA on: