MORPHEUS provides a highly efficient and rapid cost-optimisation framework for the design of offshore wind foundations. With its 360-degree data analysis, it enables engineers to identify cost-saving opportunities and make informed decisions that minimise project costs.
The software's comprehensive analysis of the entire offshore wind project ensures that all cost-saving opportunities are identified, allowing for an economic and efficient offshore wind project. Additionally, the automation of necessary steps minimises costly manual processes and reduces the risk of human-induced errors, ultimately resulting in significant cost savings for the project.
The MORPHEUS software framework helps to reduce risks in offshore wind projects by accommodating late project changes at a fast pace, which reduces the risk of project delays. The software's hyper-intelligent framework allows for full automation of data flow between all parts and modules, thereby reducing the risk of human-induced errors. This feature allows engineers to move back and forth between the various stages of the project during the design process. By providing a comprehensive and streamlined solution for the offshore wind industry, MORPHEUS enables engineers to make informed decisions that drive efficiency, improve outcomes, and ultimately reduce project costs.
MORPHEUS offers significant time-to-market benefits by automating the necessary steps to achieve an acceptable foundation and substructure design.
This software framework eliminates the need for manual pile design and variable adjustments, allowing for faster design iterations and minimising the time required to bring the project to market. The fully automated approach also enables engineers to accommodate late project changes quickly, reducing the risk of delays and allowing for a more agile design process.
With MORPHEUS, developers can expect faster time-to-market, giving them a competitive edge in the rapidly growing renewable energy industry.
MORPHEUS provides scalability benefits that allow engineers to explore a vast parameter space, which includes hundreds of unique and fully optimised designs. This feature ensures the most cost-optimal design decisions are taken for an entire wind farm.
The software's ability to automate all the necessary steps needed for achieving an acceptable foundation and substructure design also minimises the time to market. Additionally, the tailored computer code enables customised design for specific foundation types, achieving a design that is unrivaled by any other commercially available software package. These scalability benefits make MORPHEUS an indispensable tool for optimising large-scale offshore wind projects.
The MORPHEUS software developed by Wood Thilsted offers several security benefits through automation for offshore wind projects. The software allows for the exploration of a huge parameter space, including hundreds of unique fully optimised designs, whilst maintaining the security and confidentiality of the project data. Additionally, the data flow between all parts and modules of the software can be fully automated, reducing the risk of human-induced errors and ensuring that sensitive project data is secure. With MORPHEUS, engineers can work confidently and securely, knowing that their project data is protected and only accessible to authorised personnel.
Better Decision Making
The MORPHEUS software framework provides transparency benefits by allowing for a 360-degree data analysis of the full offshore wind project. The software enables engineers to make informed decisions that minimise project costs and reduce risks. With its hyper-intelligent software framework, late project changes can be accommodated at a fast pace, reducing the risk of project delays. Additionally, the data flow between all parts and modules can be fully automated, reducing the risk of human-induced errors and allowing engineers to move back and forth between the various stages of the project during the design process. This enhances the overall transparency of the project and ensures that all stakeholders are informed throughout the process.