Wind Resource Assessment and Annual Energy Production Computation Service
The Challenges
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→ My Wind Resource Assessment lacks the resolution to reflect what’s really happening on site
- Standard linear models don’t capture critical factors such as terrain shape, forest canopy, and atmospheric stability, that directly affect wind behaviour and AEP accuracy.
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→ My AEP estimate isn’t accurate enough to satisfy lenders and investors
- Without a physics-based model compliant with IEC 61400, bankability is at risk, regardless of terrain complexity.
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→ My mesoscale data isn’t feeding into my model, and I’m losing accuracy
- Thermal effects and atmospheric stability influence wind behaviour at every site, but most workflows treat them separately.
High-Resolution CFD Wind Modeling for Bankable Project Decisions
Our solution
Meteodyn provide WRA and AEP estimation at very high accuracy using CFD technology that captures the factors missed by standard linear models: terrain shape, forest canopy, atmospheric stability via Monin-Obukhov Length, curtailment and wake effects.
Using our Meteodyn WT-CFD software, results are delivered at high resolution up to 10 m, for any height between 10 m to 300 m.
- ✓Full compliance with IEC 61400 standard
- ✓Applicable to all sites types: onshore or offshore, flat or complex.
Deliverables
- Wind resource map
- AEP estimate report
Exports are possible to:
- Google Earth
- Surfer
- Tecplot
- WindPRO (Flowres)
- OpenWind (WRB)
- Standard formats (CSV, WRG, RSF)
Premium option: Meso-Microscale Coupling (MMC) feature
- Mesoscale thermal effects are directly coupled within the CFD solver, and are classified by wind direction and stability classes
- Delivery format: .sam (Meteodyn WT format) Order data ↘
Get started with Wind Resource Assessment
Ready to get high-accuracy wind resource assessment and AEP?
Contact us now to discuss your project!