Wind Resource Assessment
On-site wind measurements for greenfield wind farm development.
Turnkey wind LiDAR campaigns
Bankable wind data.
Delivered turnkey.
Complete wind LiDAR measurement campaigns for onshore wind projects, from campaign design and deployment to 24/7 remote monitoring and quality-controlled data delivery.
Standard
IEC-Classified LiDAR Technology
Uptime
24/7 Remote Monitoring
Reliability
Autonomous Operation
Integrity
Quality-Controlled Data
Reliable wind data, less complexity
A successful wind measurement campaign takes more than a LiDAR. Favionus combines vertical profiling LiDAR, autonomous power, remote monitoring and wind engineering expertise into one managed service. You get wind data for your project without running the campaign yourself. Prefer to run it in-house? We also offer wind LiDAR rental.
Complete Campaign
Planning, deployment, commissioning and decommissioning.
Continuous Monitoring
Remote monitoring of equipment health and incoming wind data.
Quality-Controlled Data
Structured datasets and reporting ready for your wind resource assessment workflow.
From site to dataset: how a LiDAR campaign works
01 — Plan
We define measurement objectives, heights, campaign duration and site requirements.
02 — Deploy
We transport, install and commission the LiDAR and its autonomous power system.
03 — Monitor
System performance and incoming measurements are monitored continuously.
04 — Deliver
Quality-controlled wind data and campaign reports throughout the project.
Wind data you can base investment decisions on
Wind measurements feed energy yield assessments, turbine selection and investment decisions, so campaign quality can't be an afterthought.
- IEC-classified LiDAR technology
- Documented commissioning
- Remote monitoring
- Systematic quality control
- Traceable campaign reporting
Executive Summary (sample data)
Status
Sample data
Data Availability
98.7%
Sample
7-Day Wind Speed Trend
Avg
Max Gust
Key Campaign Averages
| Parameter | Height | Mean |
|---|---|---|
| Wind Speed | 120 m | 8.4 m/s |
| Wind Direction | 120 m | 215° SW |
| Turbulence Intensity | 120 m | 0.12 |
Prevailing Direction
NESW
215°
South-West
Built for onshore wind projects in Romania and Europe
Met Mast Complement
Measure across the full rotor-swept height alongside an existing mast.
Repowering
Measure wind conditions at modern turbine hub and rotor heights.
Site Investigation
Characterise prospective wind farm sites quickly, before you commit to a mast.
Technology
Vertical profiling LiDAR technology
We work with LiDAR units from leading manufacturers, matched to your site and hub height, as a full turnkey campaign or as wind LiDAR rental. Vertical profiling Doppler LiDAR measures the wind profile across modern turbine rotor heights, which makes it a practical alternative or complement to a tall met mast, without the tower and with fewer civil works.
Explore the technology
Sample Campaign Report
Transparent campaign reporting
Every campaign comes with clear reporting: monthly statistics, equipment status and quality-control observations, so you can see how the campaign is performing and how each dataset was produced.
- Monthly statistics
- Equipment status
- QC observations
Favionus
Campaign Status Report (example)
Availability
98.7%
Mean Wind Speed
8.4 m/s
Turbulence Intensity
0.12
Turbulence category (example)
A
Plan your wind measurement campaign
Tell us about your site and timeline, and we'll plan the right LiDAR campaign for your project.
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