Evolv Energies and KLOC: Innovation in Cable Design for Offshore Wind Projects

Imagine a world where the complex design of cables for offshore wind farms becomes streamlined, efficient, and significantly more economical. This is precisely what we're talking about. Evolv Energies has achieved by integrating KLOC, The innovative software developed by Kinewell Energy is being used in one of Europe's most significant wind power projects. This advancement marks a turning point in how underwater electrical infrastructure is approached, transforming weeks of work into minutes and reducing initial costs by 201,000.

The Power of Artificial Intelligence and Supercomputing in Wind Energy

KLOC is not ordinary software; it's an advanced fusion of artificial intelligence, supercomputing, and sophisticated algorithms that generate optimal configurations for inter-array cables. This approach not only reduces the total length of cabling installed but also minimizes electrical losses—crucial aspects that increase the profitability and stability of offshore wind farms.

A key benefit is the ability to quickly modify and adjust the wiring layout. Instead of spending weeks on analysis and adjustments, Evolv Energies can do it in minutes, greatly accelerating the early stages of development and reducing the associated financial risk.

Compatibility and Flexibility that Make the Difference

One of KLOC's key strengths is its versatility. It works with both fixed and floating offshore wind farms and offers specialized functionalities such as dynamic cable modeling and optimization of subsea junction boxes. This tool is offered as Software as a Service in the cloud, ensuring flexible access without the need for long-term commitments, perfectly adapting to the needs of the project and the team.

Global Innovation with Kinewell Energy

Behind KLOC is Kinewell Energy, Evolv Energies, a British company recognized for its leadership in innovation within the offshore wind sector, has a notable connection to global strategic developments, collaborating with key players such as the Xodus Group, the parent company of Evolv Energies. This alliance has enabled continuous development, including tools to improve cable design, thermal maps for the precise location of substations, and redundancy strategies in electrical networks aimed at minimizing downtime.

Collaboration with programs like ORE Catapult's TIGGOR supports these advances, consolidating Kinewell and its solutions as global leaders in optimization and efficiency for the offshore energy industry.

Conclusion

Evolv Energies' use of KLOC represents a transformative shift in the design and management of offshore wind farms. By combining cutting-edge technology with an accessible and flexible model, the potential to accelerate development, improve economic and technical efficiency, and mitigate risks is now an achievable reality for companies in the sector.

Want to take your wind energy projects to the next level and leverage the benefits of advanced automation and optimization? Consider how tools like KLOC can revolutionize the way you work.