01Identify hidden losses
windalytics Alignment
A focused SCADA assessment of yaw and wind vane calibration, turbine underperformance, and changes over time.
For a clear first answer, using data you already have.
Explore windalytics Alignment
Wind farm analytics & control
Wind farm diagnostics and performance optimization.
Identify calibration issues, assess turbine performance, and reduce wake losses with SCADA analysis and wind farm control.
SCADA analysis / Wind farm modeling / Wake steering
TU Munich spin-off
Independent & founder-owned
From research to field operation
01 / Services
From identifying hidden losses
to improving performance.
Choose a focused first assessment, a tailored investigation, or advanced control. The starting point is your wind farm’s actual question.
02Answer the specific question
windalytics Custom
Tailored analysis of wake losses, historical wind conditions, performance deterioration, and the impact of operational changes.
For technical questions that need a site-specific method.
Explore windalytics Custom03Optimize wind farm control
dewake
Assess the opportunity, deploy wake-steering control, and verify the energy gain under real operating conditions.
For selected sites with a sound engineering and commercial case.
Explore dewake02 / Field evidence
Measured in operating
wind farms.
Selected results, published with permission. Real examples of what careful analysis and controlled testing can reveal.
Wind vane calibration
Wind vane corrections tested with Energiekontor AG
~3% mean measured gain across five turbines during repeated correction-on/off testing, evaluated against reference turbines.
Specific to this campaign; not an annual uplift estimate or a guaranteed outcome.
Wake-model validation
50+ turbine offshore wind farm
SCADA observations and model predictions compared across wind direction, wind speed, and turbulence conditions.
Operating evidence used to validate the model and investigate discrepancies.
Commercial wake steering
Withernwick, UK
Commercial wake-steering demonstration with controlled on/off operation at an operating wind farm.
Measured production gains assessed against the pre-deployment AEP estimate.
03 / Approach
Physics first.
Action follows.
An independent second view on your wind farm’s performance.
Hidden underperformance, calibration drift, and wake effects often need more than a standard monitoring view. We combine SCADA analysis, wind farm models, and engineering judgment to identify what is worth acting on.
- 01
Ask the right question
Review the operational question, available SCADA signals, layout, and operating history. Agree which comparisons the data supports and which decision the analysis should inform.
- 02
Interpret data in its physical context
Compare turbines and operating periods, accounting for wakes, wind conditions, and known changes. Targeted diagnostics and calibrated models help distinguish calibration issues from other causes of underperformance.
- 03
Make the result actionable
Prioritize practical corrections, further investigation, or wake-steering control where justified. Explain the evidence and its limits; verify the effect of changes with controlled on/off testing when needed.
04 / About ventodyne
Engineering expertise.
Independent judgment.
An independent, founder-owned TU Munich spin-off.
Meet the foundersA resource for the wind community
A global view
of wind energy.
Find wind turbines worldwide and explore technical details such as manufacturer, operator, rated power, hub height, and rotor diameter. The map combines OpenStreetMap with official public registers. Download the visible area or the global dataset as CSV, Excel, GeoJSON, or KML. Free to use, with no login required.
Open the World Wind Turbine Map
A practical next step
Let’s look at your wind farm.
Start with a short conversation about your question and the most useful next step.