The Vind AI digital platform reinvents wind project site assessments and project development. Used by leading developers offshore and onshore, we are working towards becoming the new industry standard for wind project development globally.
Site assessments
Once you have identified your priority project sites, Vind AI supports you in designing the best possible project for the sites, much faster and smarter than you can with traditional ways of working.
Technical feasibility
Using more than 4000 built-in data layers, Vind AI identifies technically appealing wind project locations, from wind resource potential, infrastructure and topography to grid access and environmental impact considerations like visibility, noise and shadows.
Practical feasibility
Check whether technically appealing locations also meet practical requirements. In Vind AI, you can assess equally important practical factors like land ownership, permitting challenges, and transportation logistics.
Financial feasibility
Identifying the most promising project opportunities requires evaluating the project economics as early as possible. Vind AI integrates financial modelling, allowing you to instantly see the whole business case in one place.
Project development
Once you have identified your priority project sites, Vind AI supports you in designing the best possible project for the sites, much faster and smarter than you can with traditional ways of working.
Complete accurate wind energy yield assessments — at superspeed
Precise, benchmarked yield assessment results in seconds based on extensive built-in data and advanced optimisation algorithms
Pinpoint and reduce energy losses, and get detailed insights into local wind conditions and wake effects
All relevant factors—like wake effects and electrical losses—are modelled in the same tool
Customise every aspect of your wind energy yield assessment with advanced wake models and custom turbine data
With global coverage, you can assess energy yield for any location worldwide
The result:
Accelerate your project development timelines with more confidence by completing wind energy yield assessments in seconds, instead of hours and days.
Find and optimise technology concepts, including wind park turbine- and cable layouts, faster than ever
Precise, benchmarked results in minutes and hours (instead of days and weeks with traditional methods!) based on extensive built-in data and advanced optimisation algorithms
Layouts are finely tuned for both optimal technical performance and cost efficiency
A whole wind farm systems approach to optimisation, including infrastructure
All relevant factors—like slope, curtailment noise and much, much more—are modelled in the same tool
Additional technology concepts you can model include turbine size and type, and foundation type and design
The result:
Accelerate your project development timelines with more confidence by getting optimised turbine layouts- and cable layouts in minutes, instead of days and weeks.
Create and compare many more scenarios for your projects, much faster
Model as many scenarios as you want of the same wind park quickly and easily
Easily compare both technical and financial aspects side by side
Compare sensitivities across your whole wind project portfolio to key factors like turbine cost or electricity price
The result:
Progress with the best possible iteration for a given project, confident that you have not missed a better scenario. Understand the sensitivities across your whole wind project portfolio, so you know the relative robustness of projects to changes in key market factors.
Identify project risks much earlier—from grid connection bottlenecks and local noise issues to environmental regulations and permitting
Key feasibility constraints are flagged by analysing relevant data, much faster
Where constraints exist, advanced algorithms optimise your design for resolving them, so you can know earlier whether compliant designs are technically and financially feasible
Get a holistic view of project feasibility beyond the wind turbines, including project infrastructure and the electrical system
The result:
Spot constraints early enough to design your project around them where possible—and where deal breakers exist, you can stop work on those non-viable projects earlier, meaning less time (and money) spent on projects that will never be built.
Complete financial viability assessments of your projects sooner, with integrated financial and technical optimisation
Immediate financial performance estimates as you change technical design parameters, like energy output or cable lengths
Seamlessly integrate modelling of market factors like electricity price and inflation predictions
Create highly customisable financial statistics and reports
The result:
Your technical and financial teams can work together in a single platform to develop business cases more than 5x faster.
Streamline collaboration and standardise across projects with a central data repository
Vind AI serves as a repository for all your project information, like data on turbines, foundations, cables, project configurations, and GIS layers.
Relevant data, like turbine specs, can easily be reused across multiple projects.
Safely stored project information, and accessible any time, no matter where you work from.
The result:
So much time saved, since your team members no longer need to chase colleagues or partners for data input—and you don’t need to start from scratch with each new project.
Solutions by
project type
The Vind AI platform’s data, advanced algorithms and collaborative tools are tailored to onshore- and offshore specific challenges. From terrain variations and land use restrictions onshore, to bathymetry and export cable optimisation offshore. Wherever your project is, Vind AI has got you covered.
Vind AI supercharges collaborative efficiency by bringing your whole project team together in one platform. Technical experts—from engineers to financial analysts—and decision makers can work together in a single, intuitive interface. With your whole team working in parallel through real-time updates, you can reach project decisions faster, with greater confidence.
