Wave Energy Scotland Unveils Wave Energy Cluster Concept Design
Wave Energy Scotland (WES) has unveiled a concept design for a multi-megawatt cluster arrangement of wave energy converter devices
The development of the standalone alpha versions of the whole suite of design tools for the H2020 DTOcean Plus ocean energy systems is now complete. The alpha versions are now ready for the verification phase and then demonstration against real scenarios. Project partners are intensifying training and education activities to strongly engage with potential users of the tools.
The core functionality of each individual tool or module is complete and can run independently, with on-going integration of the whole software and data flow between modules to give valuable results to the users. These alpha versions are built on the framework that has been defined during the project to standardise the data formats of ocean energy systems design. Further information is available on the DTOcean Plus website.
The verification phase will be carried out by the testing of each tool and module in order to verify that they meet the functional and technical requirements defined at the beginning of the project. This will result in a beta version of tools that will be demonstrated against real scenarios by the industrial partners within the project. That means that the suite will be run to showcase the applicability of of the tools to concept generation and selection, technology development and farm deployment and optimisation.
The project partners are now intensifying their training and education actions to promote a deeper understanding of new tools, and engage with potential users to facilitate adoption and usage of DTOcean Plus design tools.
Wave Energy Scotland (WES) has unveiled a concept design for a multi-megawatt cluster arrangement of wave energy converter devices
This report details the size of the potential economic prize for Scotland
The award acknowledges individuals or organisations who have made an outstanding contribution to the ocean energy sector.
Blackfish Engineering announce the signing of a strategic Memorandum of Understanding (MoU) with AJT Engineering.
In the second round of the Direct Generation Concept Design Competition, we have awarded a total of £400,000 to be shared between two projects.
Apollo, a leading engineering and energy advisory consultancy, is thrilled to report the successful trial of the PALM Quick Connection System (QCS) for floating offshore renewables.
Wave Energy Scotland's Research and Engineering Manager, Elva Bannon, has been selected as one of the Top 50 Women in Engineering (WE50).
Lloyd’s Register awards Quoceant an IECRE Feasibility Statement for the Q-Connect system.
Blackfish Engineering Wins prestigious NOW Accelerator Challenge with Innovative Mooring Quick-Connector Concept
Round one of Direct Generation Concept Design Competition draws to a close.
This report provides a concise summary of the UK’s evolving national strategy.
Five projects awarded funding to design new class of wave energy converters.