The core value proposition of CENER’s Multi-Rotor and Multi-Turbine Simulation Tool is to provide a reliable and efficient simulation tool for the design and certification of floating wind designs. The MUST tool streamlines this complex process by offering a new generation of software specifically designed for offshore floating, ensuring that designs comply with engineering best practices and standards.

MUST advanced simulation capabilities can handle a wider range of complexities, including: coordinator controller, aerodynamic coupling from rotor wakes, the impact of wave-induced movements on aerodynamics or large blade deflections. This enables more accurate and comprehensive analysis, which is crucial for proving the reliability of a design and obtaining certification.

The primary market application is within the floating wind energy sector. The tool is specifically designed for developers, engineers, and certifying bodies involved in the design and approval of floating wind turbine platforms. It can be used for: simulating and testing new floater designs, providing the necessary data for the certification process or ensuring the safety and performance of floating wind projects.

The tool is operational, has been successfully applied in real-world scenarios, such as design certifications, and is ready for use by industry professionals to secure design approvals.