We're a startup, but that doesn't mean we're new at this.
Check out some of the things that our team have worked on.
Technology Review: Predicting the effects of climate change on wind energy facilities and infrastructure
A short summary on the effects of climate change on wind energy, and how this can be quantified for the assessment of climate-related risks.
Technology Review: Scanning Doppler wind lidar for wind field measurements
A short perspective on the state of the art in scanning lidar for wind energy applications.
Getting started in wind energy
A guide for academics, job seekers, and entrepreneurs
IEA Wind Task 52
Leading theme 3 on 'Connecting wind lidar'
The Swiss Wind Energy R&D Network
Part of the management team
Research challenges and needs for the deployment of wind energy in hilly and mountainous regions
A review of the R&D challenges and needs for wind energy in complex terrain and icing-prone locations. Published in Wind Energy Science, November 2022.
CFARS - the consortium for advancing remote sensing
Part of the management team
Octue
Developed and helped implement a successful strategy for organic growth
IEA Wind Task 32
Joint Operating Agents of a global RD&D collaboration to identify and mitigate the barriers to the adoption of wind lidar for wind energy applications
ANWIND
Design and build lidars and drones for high resolution wind measurements in wind farms
VorKast
Development of lidar-based forecasts
Lidar Complex
Lidar measurements in complex terrain
IEA Wind Recommended Practices #15
Led development of the first community consensus recommended practices for ground-based, vertically-profiling wind lidar
Lidar 2
Nacelle-based lidar for power curve measurements
LoTar
Lidar data correction for complex sites
MALIBU
Uncertainty quantification of floating lidar buoys
ParkCast
lidar-based forecasts for offshore wind farms
VAMOS
Nacelle-based lidar on floating turbine
Recommended Practices for floating lidar
KIC Inno Energy - NEPTUNE
Development of a floating lidar buoy
