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DEVELOPMENT OF A STREAMLINED COMMERCIALISATION PATHWAY FOR THE MARINE RENEWABLE ENERGY INDUSTRY University College Cork, Swansea University and a consortium of expert SMEs PILOT PROJECTS FOR APPLICATION AND DEMONSTRATION OF THE TOOLS OUTPUTS RESULTS Validated open source templates and models Cross border network of marine energy companies and universities SHARED MULTI-USE TECHNOLOGY TOOLS FOR MARINE RENEWABLE ENERGY IN IRELAND AND WALES Techno-economic models New sensors & data Foundations & mooring design Operation and maintenance models Physical & numerical modelling Technology Transfer to SMEs Improved system for an existing wave energy device Reduced cost of energy €/MWh Improved system for an existing tidal device Increased system performance IMPACTS Improved productivity and competitiveness New SMEs engaged in the sector Improved equal opportunitites and environmental sustainability in SMEs Independent expert validation of tools SME SUPPORT: Workshops Supply Chain Access Techno- economics Business Planning R&D Project CROSS CUTTING THEMES: Equal Opportunities Environmental Sustainability EU Funds: Ireland Wales Programme 2014-2020

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Page 1: DEVELOPMENT OF A STREAMLINED COMMERCIALISATION …

DEVELOPMENT OF A STREAMLINED COMMERCIALISATION PATHWAY FOR THE MARINE RENEWABLE ENERGY INDUSTRY

University College Cork, Swansea University and a consortium of expert SMEs

PILOT PROJECTS FOR APPLICATION AND DEMONSTRATION OF THE TOOLS

OUTPUTS

RESULTS

Validated open source templates and models

Cross border network of marine energy companies

and universities

SHARED MULTI-USE TECHNOLOGY TOOLS FOR MARINE RENEWABLE ENERGY IN IRELAND AND WALES

Techno-economic models

New sensors & data

Foundations & mooring design

Operation and maintenance models

Physical & numerical modelling

Technology Transfer to SMEs

Improved system for anexisting wave energy device

Reduced cost of energy €/MWh

Improved system for anexisting tidal device

Increased system performance

IMPACTS

Improved productivityand competitiveness

New SMEs engagedin the sector

Improved equal opportunititesand environmental

sustainability in SMEs

Independentexpert

validationof tools

SME SUPPORT:

Workshops

SupplyChain

Access

Techno-economics

BusinessPlanning

R&D Project

CROSSCUTTINGTHEMES:

EqualOpportunities

EnvironmentalSustainability

EU Funds:Ireland Wales

Programme2014-2020

Page 2: DEVELOPMENT OF A STREAMLINED COMMERCIALISATION …

The project has four aims:

1. Establish a cross-border network of MRE SMEs and supply chain companies;2. Conduct industry-academic collaborative R&D projects;3. Transfer R&D knowledge to wave and tidal industry/SME stakeholders, thereby advancing the technology sector as whole;4. Assist Irish and Welsh SMEs to progress along the path to commercialisation and to higher Technology Readiness Levels (TRLs) and Investment Readiness Levels

The team will “get technology in the water” at pre commercial pilot stage (up to TRL6) at established deployment zones in, Ireland and Wales.

• The project will apply and demonstrate the value of the technology tools developed. • The objective of the pilots will be to enable a structured development path for testing and improvement of MRE devices in terms of their reliability, survivability, operability, stability and commercial viability.• Two demonstrator projects are proposed, one each in wave and tidal.

SELKIE will develop shared multi-use technology tools, templates, standards and models, in key shared technology areas through applied research work streams, that can be used across the sectors and partner SMEs in both Wales and Ireland (in line with TP Ocean Strategic Research Agenda for R&I). These templates and models will be made Open Source post-project:

1. Techno-economic models. These tools will link the Ireland/Wales Geographical Information Systems (GIS) to a techno-economic model. This will enable the assessment of MRE sites in relation to resource, optimum technology, cable routes, logistics, grid connection etc. 2. Foundations and Mooring Design. There are no specific design codes for MRE and methodologies taken from the Oil & Gas Industry are generally used. However, these are not suited to MRE and do not provide optimum designs. 3. Physical and Numerical Array Modelling. Selkie focuses on research in wave and tidal energy modelling and array interaction and correlation using a modified Computational Fluid Dynamics Technique. 4. Sensor Optimisation and Data Analysis. Evaluation and monitoring of pilot designs through sophisticated sensors are critical for understanding and learning purposes, as well as guiding new improved designs. 5. Operations and Maintenance (O&M) and logistics models. The Selkie project will develop a suite of bespoke models for the MRE sector to optimise logistics and O&M processes, building upon the knowledge developed within the offshore wind industry but incorporating solutions for the additional challenges that are specific to MRE.

AIMS

PILOTS

TOOLS

SELKIE would like the support of key stakeholders in the MRE sector. If you feel that the outputs would benefit you and if you would like to be involved in one of the pilot projects please get in touch with either:

Gordon Dalton [email protected] or TJ Horgan [email protected] (University College Cork) Ian Masters (Swansea University) [email protected]

For business support contact Sarah Livett (Menter Môn) [email protected]

RESPOND

EU Funds:Ireland Wales

Programme2014-2020

ClimateEnergy Marinegwerth mewn gwahaniaeth

delivering on distinction