BalticWind.EU has initiated the debate on how the green reindustrialization in Europe, implemented under the “Net-Zero Industry Act”, should take place. In a series of interviews, podcasts and webinars, we are presenting the potential of various technologies that are key to the wind industry.

We spoke to Helene Bøhler, Co-Founder & CEO at Vind, about the digitalization of wind farm design processes through an innovative AI-powered software platform. It empowers wind developers with access to relevant data, enabling informed decision-making and streamlining project iterations and design processes. By integrating AI technology, Vind AI expedites decision-making, enhances precision, accelerates project timelines, and reduces costs. The software platform provides enhanced efficiency, cost reduction, improved collaboration, data-driven decision-making, iterative design capabilities, and site-specific customization, offering substantial value to wind developers.

Paweł Wróbel, Managing Director, BalticWind.EU:
What is your assessment of offshore wind development in Europe?

Helene Bøhler, Co-Founder & CEO at Vind: We look very positively at the development of the offshore wind sector in Europe. The offshore wind sector in Europe has witnessed remarkable growth over the past decade, and its potential for further expansion remains substantial. The favorable regulatory frameworks, increasing cost competitiveness, and growing commitment to clean energy have been the driving forces behind this development. As countries set ambitious renewable energy targets, the offshore wind sector is expected to play a pivotal role in achieving these goals. 

How innovative solutions can accelerate development of wind farm projects?

Project development can be sped up by digitalizing the wind farm design process. Vind AI is committed to leading the digitalization of the wind farm design process through our innovative AI-powered software platform. By leveraging this platform, both small and large wind developers across Europe have embraced the technology, experiencing substantial improvements in efficiency and cost reduction.

Our platform serves as a valuable tool for developers by providing access to pertinent data related to new development areas. This empowers them to make informed decisions promptly and accurately, resulting in streamlined project iterations and design processes. The instant analyses offered by our platform assist developers in iteratively designing the various components of a wind farm, ensuring optimal configurations and layouts.

Through the integration of AI technology, we enable developers to expedite their decision-making processes and achieve higher levels of precision. By minimizing the time required for data analysis and enhancing the accuracy of results, our platform significantly accelerates project timelines and reduces costs.

We are thrilled to witness the positive impact our software platform is having on the wind industry. It is our vision to continue driving efficiency increases and cost reductions, ultimately advancing the development of sustainable wind energy across Europe.

What specific advanced features can the software provide to empower wind developers in the design process?

Our software platform has proven to be highly efficient in the design of new wind farms, empowering developers with advanced capabilities and tools. Through our platform, developers can access a wealth of relevant data for their projects, enabling them to make well-informed decisions. The ability to design turbine positions, interarray and export cables, and customized foundation solutions enhances flexibility and optimizes project layouts. The platform also facilitates seamless collaboration among project teams, fostering efficient communication and coordination.

We are delighted to see the positive impact our software is having on the offshore wind industry, and the trust bestowed upon us by partners. By combining our expertise with the knowledge and experience of industry leaders, we are driving innovation and pushing the boundaries of what is possible in wind farm design.

How would you describe the added value of your platform for the implementation of wind projects?

For now, we offer the software to wind developers and to selected consultancy partners. The Vind AI software provides significant value in several ways:

  1. Enhanced Efficiency: The software streamlines the design process, enabling developers to work more efficiently. With access to relevant data and instant analyses, developers can make informed decisions promptly, reducing design iterations and saving valuable time.
  2. Cost Reduction: By optimizing the design of wind farms, including turbine positions, interarray and export cables, and site-specific foundation designs, the software helps minimize costs. Developers can identify the most cost-effective solutions, maximize energy production, and optimize the layout to reduce expenses.
  3. Improved Collaboration: The software facilitates seamless collaboration among project teams. It provides a centralized platform where team members can access and work on the same project data simultaneously, enhancing communication, coordination, and overall teamwork.
  4. Data-Driven Decision Making: The software empowers developers with access to a wealth of relevant data. By leveraging advanced analytics and visualization tools, developers can analyze and interpret data effectively, making data-driven decisions based on accurate insights.
  5. Iterative Design Capabilities: The software enables developers to iteratively design wind farms, allowing them to explore multiple design options, assess their feasibility, and optimize layouts. This iterative approach helps fine-tune designs and ensure the best possible configurations for maximum efficiency and energy output.
  6. Site-Specific Customization: The software considers site-specific factors and constraints, such as wind resources, seabed conditions, and environmental considerations. This allows developers to tailor their designs to the unique characteristics of each project site, optimizing performance and minimizing potential risks.

Overall, the software adds value by offering advanced design capabilities, promoting efficient collaboration, and enabling data-driven decision making. By leveraging these features, wind developers can accelerate project timelines, reduce costs, and improve the overall success of their wind farm developments.

We offer a demo product to evaluate the benefits. For details and to sign up for the waiting list, I invite to contact me at: helene@vind.ai