We collect wind data with masts and LiDAR and report energy yield forecasts as P50/P90.
Per measurement campaign
A 5% error in wind speed makes roughly a 10-12% difference in annual generation. That is why we invest in measurement quality.
Scope
- Installation and upkeep of 60-120 m measurement masts
- Portable LiDAR and SoDAR for rapid verification campaigns
- Long-term reference correlation (MCP) and turbulence analysis
- Micro-siting, wake and noise modelling
- P50 / P90 / P99 energy yield reports
Reports follow bankable standards accepted by independent engineers. For landowners we run a free six-month initial assessment campaign.
Scope of service
- Masts and LiDAR
- MCP and turbulence analysis
- P50 / P90 yield report
- Free first campaign for landowners
Wind Measurement and Resource Assessment — get a quote
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Frequently asked questions
How many households can one wind turbine supply?
A 4 MW turbine at our sites generates about 13 GWh a year on average, equal to roughly 5,200 homes at 2.5 MWh per household.
Are turbines noisy?
Turbines are sited at least 500-1,000 m from homes. Noise is modelled to stay under 40 dBA by day at the nearest dwelling and verified by measurement during operation.
How can I tell if my land suits a wind project?
An annual average wind speed above 7 m/s, proximity to the grid and distance from settlements are the key criteria. Send your land details via the contact form; the initial assessment is free.
How is land rent determined?
Rent consists of a fixed annual fee per turbine plus a share linked to generation revenue, indexed to inflation. Most of the field stays in agricultural use.
What is the minimum consumption for a corporate PPA?
A physical PPA generally suits annual consumption of 5 GWh and above. For smaller consumers, YEK-G certificate supply is suitable.