Explore design alternatives for safe, cost effective floating wind farm structures with OpenWindPower Floating Platform. Save time with comprehensive automated tools for determining hydrodynamic, aerodynamic and structural loading. Reduce runtime by distributing frequency and time domain analyses across multiple cores, either on a single machine or across a local network grid.
Improve workflow by using advanced structural code checking to inform modifications to the floating platform design. You can:
- Easily create accurate hydrodynamic and structural models of any floating platform, graphically or by script, with MOSES Modeler.
- Use the powerful connectors in MOSES to accurately simulate moorings in both the frequency and time domains.
- Optimize the interaction between the floating platform and the wind turbine through MOSES’s interface with third-party aeroelastic software, DNV GL’s Bladed, accounting for wave, wind, and the wind-induced mechanical loading.
- Utilize the superior structural code checking in SACS to post process the MOSES calculated time domain loads contained within a common solution file.