We de-risk
your investment
Pre-construction assessment
We help developers and investors translate complex wind physics into financial certainty through peer-recognised modelling and rigorous uncertainty quantification.
How we support your project
Wind measurement campaign
We support you acquiring reliable wind data in accordance with IEC and MEASNET standards to improve your wind project bankability, including setting up the measurement strategy, scoping and procurement.
Early-stage project design
We help you explore thousands of project design possibilities, relying on our multi-disciplinary knowledge and in-house optimisation framework.
Layout optimisation
We optimise the layout of your wind farm taking into account site-specific constraints, to hit your primary KPIs, whether that's production, LCOE or revenue.
Site suitability
We evaluate the wind farm layout against wind turbine specifications and local wind distributions to ensure all site-specific structural loads remain within design limits.
Independent Bankable Assessment
We provide the rigorous, third-party "second opinion" required by global lenders and equity partners for Final Investment Decisions (FID). Our assessment includes data processing, shear and long-term correction, flow modelling, turbine-interaction modelling, technical loss estimates and uncertainty analysis.
Methodology Review
We audit your internal toolchains and modelling processes to identify accuracy gaps and bottlenecks. We help you refine your in-house methods to meet state-of-the-art industry standards.
Why Anemona?
Our methodology is grounded in the experience of experts who architected the industry-standard wake models and yield frameworks used by global offshore developers. We bring experience stemming from 50+ projects supported to yield bankable assessments. By partnering with us, you gain a peer-reviewed approach designed to isolate technical uncertainties and protect the financial resilience of your investment.
+4100 citations | Global scientific impact
18+ years | Industry experience
50+ projects | Portfolio oversight
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Wind Resource Analysis
We deliver site-specific assessments that account for the nuances of local meteorology and complex terrain. By focusing on the underlying resource physics, we provide a high-fidelity foundation for your energy model.
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Turbine-interaction Modelling
We quantify internal and external wake interactions, including the "blockage effect", to ensure realistic production expectations for large-scale clusters.
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Technical Loss Estimates
We move beyond generic industry assumptions to perform a detailed analysis of all production losses. From grid curtailments to power curve performance, we use state-of-the-art models.
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Scientific authority
Authoring some of the research that defined industry-standard models provides an inside-out understanding of renewable energy physics. This deep familiarity with atmospheric science and complex wake interactions allows for the implementation of modelling with proven precision. We shortlist a small subset of the articles we have co-authored.
A new analytical model for wind-turbine wakes
Renewable Energy, 2014Impact: Provided the speed and physical accuracy necessary to make wake-steering and large-scale layout optimisation industry standards.
Assessing engineering wake models against operational data: insights from the Lillgrund wind farm wake steering campaign
arXiv preprint, 2026Impact: Validated the Bastankhah Gaussian wake model as a robust tool for predicting energy gains in real-world wake steering campaignsA fast-running physics-based wake model for a semi-infinite wind farm
Journal of Fluid Mechanics, 2024Impact: Provided the first fast-running analytical model to accurately capture Coriolis deflection and vertical energy transport
Post-construction assessment
Many wind farms underperform their pre-construction estimates. We help you identify and quantify the primary drivers of performance variance.
How we support your project
Operational Yield Assessment (OYA)
We deliver high-fidelity long-term yield estimates based on actual wind farm performance data, providing the technical certainty required for refinancing, acquisitions, or divestment purposes. We couple operational with pre-construction assessments to isolate root causes behind potential asset underperformances.
Power Curve Verification
We perform rigorous, data-driven checks against OEM specifications to validate turbine performance against the power curve warranty.
Technical Loss Estimates
We conduct deep-dive investigations into underperforming assets, utilising advanced SCADA filtering to isolate technical, environmental, or systemic causes of energy loss.
Internal Methodology Review
We review your in-house methodologies to identify pain points, bottlenecks and potential accuracy and process improvements. We architect custom analytical engines that transform raw SCADA streams into automated workflows, ensuring your operational data is fully leveraged for portfolio-wide decision-making.
Why Anemona?
Our approach is rooted in the experience of developing end-to-end operational yield frameworks for both a global technical consultancy and a leading offshore wind developer. These experiences, spanning a decade and thousands of megawatts, have shaped our understanding of where standard models succeed and where they often fall short.
Scientific authority
Our experts have authored novel operational methodologies presented at international conferences; we move beyond standard methodologies to improve the accuracy of our post-construction yield assessments. We use pre-construction turbine-interaction information such as Patterns of Production to reduce the uncertainty and biases compared to standard operational yield assessments.
