ongoing

This project address the integration of renewable energy solutions with large offshore aquaculture fish pen structures

Project Insights

  • €129,466

    Total Project Costs
  • 1 yr

    Project Duration
  • 2019

    Year Funded

Project Description

This project directly addresses power consumption in Aquaculture, in particular relating to fin-fish aquaculture in exposed offshore locations. This unique emerging application for offshore renewable energy requires power that is abundant during times of storms (restricting intervention by supply vessels for fuel replenishment). This makes the application uniquely suited to wave energy and offshore wind power. Impact9 is developing a novel fish pen architecture called Net9, which addresses the survivability challenges of moving such operations to exposed offshore Atlantic locations, including the need for autonomous operations and embedded power solutions. Net9 is at an early stage of development (TRL2 - 3). Impact9 will work with UCC to research power solution options, including Wind, Wave and or Solar power options as well as research energy storage options that reduce the need for backup fuel consumption to acceptable levels and eliminate the risk of total power loss during weather-restricted periods. Crucial to assessing the above is a fundamental understanding of the interplay between the level of power demand for aquaculture operations, when critical power is needed and the scale of structures onto which solutions must be integrated. The form of power demand is also important (compressed air is used extensively for feed supply and ballasting operations). Developing an understanding of this and determining solution options is a key objective of the research. A program of tank testing, numerical modelling and concept design work will include an update to the Net9 solution & TRL4 validation as well as significant public dissemination on the general opportunity.

Project Details

Total Project Cost: €129,466

Funding Agency: SEAI

Year Funded: 2019

Lead Organisation: Impact9 Energy & Marine Ltd

Partner Organisation(s): University College Cork

John Fitzgerald

Lead Researcher
ongoing

Test lead statement

Project Insights

  • €123,456

    Total Project Costs
  • 5 yr

    Project Duration
  • 2021

    Year Funded

Project Description

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Project Outcomes

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Project Details

Total Project Cost: €123,456

Funding Agency: Marine Institute;SEAI

Year Funded: 2021

Lead Organisation: IES R&D

Partner Organisation(s): Smart Mpower; MEGA; CFOAT

Collaborators: ESB Networks; Community Renewable Energy Supply (CRES)

John Doe

Lead Researcher

Expertise: Lead researcher expertise copy

Social: LinkedIn , Twitter

Jane Doe

Lead Researcher
ongoing

Test lead statement

Project Insights

  • €123,456

    Total Project Costs
  • 5 yr

    Project Duration
  • 2019

    Year Funded

Project Description

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Project Outcomes

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Project Details

Total Project Cost: €123,456

Year Funded: 2019

Lead Organisation: IES R&D

Partner Organisation(s): Smart Mpower; MEGA; CFOAT

Collaborators: ESB Networks; Community Renewable Energy Supply (CRES)

Eoghan Clifford

Lead Researcher

Expertise: Lead researcher expertise copy

Social: LinkedIn , Twitter