Project

SIMULEK

Simulation and evaluation of hybrid-electric propulsion systems for coastal and artisanal fishing vessels.

TerritoryRegional
Funder:Basque Government
Duration2023-2024
StatusCompleted

Context

In terms of economic sustainability, the use of fossil fuels by European, Spanish and specifically Basque fleets is a problem due to the lack of a resource that must be imported in its entirety.

In addition to the negative effect this has on the trade balance of any country, it is a serious problem for the economic sustainability of fishing companies, since fuel is one of the highest business costs for any shipowner.

On the other hand, in terms of environmental sustainability, the carbon footprint is becoming more and more relevant. Even more so, if we take into account the significant increase in global temperatures recorded in 2023, and directly related to climate change, largely caused by the excessive use of fossil fuels.

In this regard, it is necessary to accelerate decarbonization and an energy transition to reduce dependence on fossil fuels as much as possible, using electricity from renewable sources or hybrid engines that reduce the consumption of fossil fuels.

Objectives

The general objective of the project is to evaluate the potential and possibility of changing internal combustion engines for hybrid engines or electric propulsion systems in the Basque artisanal and coastal fishing fleet.

The specific objectives of this project are:

Funding

Eusko Jaurlaritza – Basque Government through the European Maritime, Fisheries and Aquaculture Fund

Proyectos de investigación

INFINIFISH

Climate-friendly and resilient fisheries through innovation and co-learning

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SEARCULAR

Circular solutions for fishing gears

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SUMIDEROS

Sinks of seafloor litter along the basque coastline

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CASELEM

Improving Trawl Selectivity under the Landing Obligation: Selectivity Survey on board the RV Emma Bardán

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SIMMA

Sistemas innovadores de monitoreo para prevención de riesgos en zonas de producción de moluscos en mar abierto

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SELAR2

Reducción del DESCARTE de las especies sujetas a TAC en la flota de arrastre que opera en aguas Comunitarias

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BIOGEARS

Biobased and Biodegradable Ropes for Aquaculture

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SUSTUNTECH

Sustainable tuna fisheries through advanced earth observation tools

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SUPERV

Optimización de la supervivencia del DESCARTE en la flota de cerco del País Vasco en el marco de la Obligación de Desembarque (OD): Factores tecnológicos y operativos

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EveryFish

Digital transition of catch monitoring in European fisheries

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UTOFIA

A new, compact and cost-efficient concept for underwater range-gated imaging system

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BIOFAD

Testing designs and identify options to mitigate impacts of drifting fads on ecosystem

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SMARTFISH

Landing obligation and choke species in multispecies and mixed fisheries in the south western waters

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SEAGLOW

Sustainable Energy Applications for Green and Low-impact Operation of small-scale fishing boats in the Baltic and North Sea basins

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OptiFish

Optimización del seguimiento y la notificación digital de capturas en la pesca europea

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ORTZELEK

Investigación y desarrollo de Tecnologías para lograr Cero Emisiones de Embarcaciones Costeras

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MENDES

Aproximación integral a la minimización y manejo de la captura no deseada (antes descartes) de la flota española que opera al arrastre en aguas del Golfo de Bizkaia y del Noroeste ibérico

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MENDES 2

Estudio y optimización de la selectividad de la red de arrastre en el caladero del Cantábrico y Noroeste con vistas a su optimización en el marco de la adaptación a la regulación sobre Obligación de Desembarque

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Related application sectors, research lines and sublines

Sectors: Fisheries and aquaculture sector

Research lines: Circular economy

Research sublines: Fishery technologies

Research team

Xabier Aboitiz

Xabier Aboitiz
Researcher

Contact
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