Abstract
The EquiMar project has now finished. All the publicly available outputs can be downloaded from these wiki pages, the EquiMar Protocols may be found here, and there are some marine energy videos available on our YouTube channel.
The EquiMar project was funded by the European Commission as part of its 7th Framework programme under the Energy topic (see http://cordis.europa.eu/fp7/home_en.html for more information). It is a collaborative research and development project involving a consortium of 23 partners and ran for three years from the 15th of April 2008 to the 14th of April 2011.
The aim of EquiMar was to deliver a suite of protocols for the equitable evaluation of marine energy converters (based on either tidal or wave energy). These protocols have harmonised testing and evaluation procedures across the wide variety of devices presently available with the aim of accelerating adoption though technology matching and improved understanding of the environmental and economic impacts associated with the deployment of arrays of devices. EquiMar has assessed devices through a suite of protocols covering site selection, device engineering design, the scaling up of designs, the deployment of arrays of devices, the environmental impact, in terms of both biological & coastal processes, and economic issues. The series of protocols has be developed through a robust, auditable process and disseminated to the wider community. Results from the EquiMar project will establish a sound base for future marine energy standards. The project had a formal liaison with IEC TC 114 and many of the protocol authors are technical experts on the teams developing individual standards.
Project Deliverables
- D1.1 Global Analysis of Pre-normative Research Activities for Marine Energy
- D1.2 Recommendations from Other Sectors
- D2.2 Wave and Tidal Resource Characterisation
- D2.3 Application of Numerical Models
- D2.4 Wave Model Intercomparison
- D2.5 Tidal Model Intercomparison
- D2.6 Extremes and Long Term Extrapolation
- D2.7 Protocols for Wave and Tidal Site Assessment
- D3.1 Identification of Limitations of Current Practices Adopted for Early Stage Tidal Device Assessment
- D3.2 Concept Appraisal and Tank Testing Practices for 1st Stage Prototype Devices
- D3.3 Limitations of Current Practices Adopted for Tank Testing of Small Marine Energy Devices
- D3.4 Best Practice for Tank Testing of Small Prototype Wave and Tidal Devices
- D4.1 Sea Trial Manual
- D4.2 Data Analysis and Presentation
- D4.3 Test Sites Catalogue
- D5.1 Guidance Protocols on Choosing of Electrical Connection Configurations
- D5.2 Device Classification Templates
- D5.3 Protocols and Guidance for Device Specification and Quantification of Performance
- D5.4 Tested Version of Site/Device Matching Database Including Initial Analysis of Interaction Effects Within Arrays
- D5.5 Pre-Deployment and Operational Actions Associated with Marine Energy Arrays
- D5.6 Assessment, Reporting and Remediation of Risk Associated with Marine Energy Arrays
- D5.7 Assessment of the Present Status and Future Scenarios of the Supply Chain for Marine Energy Arrays
- D5.8 Impacts Upon Marine Energy Stakeholders
- D6.1.1 Existing Legislation, Perspectives and Evolution of Other Similar Technologies
- D6.1.2 Technical Criteria for a Common Legislation
- D6.2.1 Draft Scientific Guidelines
- D6.2.2 Scientific Guidelines
- D6.3.1 Uncertainties Regarding Environmental Impacts
- D6.3.2 Uncertainties and Road Map
- D6.4.1 Draft Protocol on Life Cycle Analysis Approach
- D6.4.2 Life Cycle Analysis Protocol
- D6.5.2 Analysis of Case Studies and Useful Tools
- D7.1 Summary of Attributes of Cost Models used by Different Stakeholders
- D7.2.1 Procedures for Economic Evaluation
- D7.2.2 Dissemination of Economic Assessment Approach to Stakeholders
- D7.3.1 Support Structures for Arrays of Wave Energy Devices Report
- D7.3.2 Consideration of Cost Implications for Mooring MEC Devices
- D7.3.3 Guidelines Regarding the Variation of Infrastructure Requirements with Scale of Deployment
- D7.4.1 Procedures for Estimating Site Accessibility and Appraisal of the Implications of Site Accessibility
- D9.1 Report on the State of Ocean Energy in Europe: Technologies, Test Sites and Joint Projects
- D9.3 Magazine Article