Renewable energy investment
Virtual Met Mast™ is a versatile tool for assisting with the analysis, evaluation and selection of onshore and offshore UK wind farm sites.
Confident wind farm site evaluations
The Met Office Virtual Met Mast™ can add to your due diligence process for wind investment. Utilising the most innovative science it offers clear, cost-effective and reliable site analyses to help you make informed and confident decisions for your wind farm investments.
Virtual Met Mast™ can uniquely perform accurate primary site evaluations in the initial stages of development - without the need for on-site data - saving you time and money. It can also be used as part of a portfolio evaluation.
- Increases certainty of wind resource assessments for specific sites.
- Provides detailed and accurate information for complex onshore terrain and offshore sites.
- Saves you time and money by delaying investments in real met masts until needed.
- Enables quicker decision-making as you can receive wind resource estimates within days rather than months.
- Helps optimise your wind farm planning and performance later in the development cycle, as on-site monitored data becomes available.
Assessments available across the UK and Europe
Your Virtual Met Mast™ report will contain detailed wind climatology for each site, including:
- annual and monthly mean wind speed at agreed hub height, with uncertainty bands;
- annual and monthly wind rose and frequency table showing speed and direction;
- wind speed Weibull distributions for all and 30° wind sector;
- P50/90 values;
- probability of exceeding wind speed threshold, by month.
Testing has demonstrated that the Met Office Virtual Met Mast™ regularly provides mean wind speed estimates within five per cent (around 0.3 metres per second) of monitored data at existing wind farm sites.
The Virtual Met Mast™ time series can also be used to extend the observations obtained from a real met mast by using a 'Model, Measure, Correlate, Predict' approach, as an alternative to using a nearby conventional wind observing site, often with improved correlations.
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