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RESOURCECODE aims to support investment and growth in the wave and tidal energy sector through the creation of an integrated marine data toolbox. The toolbox will consist of modelling and software tools, which will be made available via a new online platform.

The toolbox is due to be launched in 2021 using 30 years of model data, creating the highest resolution wave model in North West Europe. The toolbox will enable world leading resource characterisation, which will allow technology developers and supply chain companies to improve engineering designs and optimise operations in highly demanding marine environments, increasing the confidence of potential investors.

RESOURCECODE will drive forward the development and validation of cutting-edge resource modelling techniques using partner data from the laboratory, existing models, satellites and the extensive MetOcean data sets held by the test sites. Central to this will be the development and expansion of Ifremer’s flagship HOMERE MetOcean hindcast database to cover the waters around the west coast of France and the English Channel. This will provide high-resolution, validated, transparent and reliable marine renewable energy wave and current resource data to the industry.

Data analysis tools will then be developed to provide improved statistical analysis techniques for these expanded data sets and those provided through the test sites. The specification for these tools will be identified and developed through dedicated commercialisation studies guided by a multi-user steering group including certification companies and a number of technology developers active in the wave and tidal energy sector.


RESOURCECODE will have a positive impact across the MRE industry, by delivering the following:

  • Modelling and software tools made available via a new online platform will enable world leading resource characterisation.
  • Technology developers and operators will realise reduced cost of energy production through improved engineering designs and industrial approaches optimised to highly demanding marine environments.

The RESOURCECODE database will deliver underpinning data at unprecedented spatial and temporal resolution from the South of the Bay of Biscay up to the North of Scotland, with the opportunity to expand this further beyond the project.

The consortium provides an opportunity to develop this database efficiently and economically as the extensive data sets held by the test sites (supplemented by academic partners) will be made available to construct, calibrate and validate the pan-European model and made available to MRE industry.

The resulting database, tools and platform will demonstrate an integrated solution dedicated to MRE, but also applicable to a broader range of marine projects such as offshore wind. This will ultimately contribute to the lowering of the cost of production of ocean energy through providing technology and project developers, regulators and other stakeholders with data that comes at higher spatial resolution, increased spatial coverage, with increased usability and transparency.

Tools built on this foundation will deliver results with significantly reduced uncertainty thus enabling better industrial decision making around device design, energy farm system topologies and planning, component procurement and ongoing operations and maintenance strategies.

A product of this type is currently unavailable to the MRE sector. It is anticipated that third party innovations, not foreseen at present, will arise from the availability of the data, tools and overarching platform which will drive long-term commercial, industrial and societal impact.


Resource data in a raw format has limited value to the industry; the new suite of tools being developed in RESOURCECODE is required to review, quality control and interpret the raw data so the benefits can be maximised. Building upon these requirements the project has three objectives which are outlined below:

  • Resource Model Expansion: Production of a comprehensive hindcast database of high-resolution ocean energy resource parameters for European waters (extending from the North of Scotland to Bay of Biscay) validated against the industrial test sites datasets and satellite data.
  • Data Analytics: Advance a suite of tools (from Technology Readiness Level (TRL) 4 to TRL 8) to support ocean energy analytics, which will underpin design and operational decisions for MRE deployments.
  • Online Platform: Development of an online platform through which the services described above will be accessed, applied and exploited by test facilities, the supply chain and renewable technologies undertaking pre-commercial demonstration.


To find out more about RESOURCECODE, please down the project leaflet.


  • August 2019 – RESOURCECODE to develop marine data toolbox for energy sector


Led by EMEC, RESOURCECODE brings together an international consortium of businesses and marine renewable energy (MRE) test sites supported by established academic partners that seek to increase the competitiveness of wave and tidal energy across Europe.

The partners include:

RESOURCECODE project partners

RESOURCECODE project partners


This collaborative project has received support under the framework of the OCEANERA-NET COFUND project, with funding provided by national/ regional sources and co-funding by the European Union´s Horizon 2020 research and innovation programme.

The contents and views expressed in this material are those of the authors view and do not necessarily reflect the views of the OCEANERA-NET COFUND consortium. Any reference given does not necessarily imply endorsement by OCEANERA-NET COFUND, The OCEANERA-NET COFUND consortium and the European Commission are not responsible for any use that may be made of the information it contains.









Aquamarine Power


Atlantis Resources Corporation



Naval Group

Naval Group


Open Hydro


Orbital Marine




ScottishPower Renewables



Sustainable Marine Energy

Sustainable Marine Energy


Voith Hydro


Wello Oy

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