Despite the huge potential of renewable sources for islands, such as wind and wave energy, many of them still depend on expensive fossil fuel imports. The remoteness and, at times, vulnerable access to resources from the mainland, along with the effects of climate change, force islands to be creative and bold in finding solutions for their transition to a sustainable energy system and economy. Islands are thus not only among the favourite holiday destinations in Europe – they are also testing grounds and often pioneers of the energy transition.
Despite the huge potential of renewable sources, such as wind and wave energy, many islands depend on expensive fossil fuel imports. The remoteness and, at times, vulnerable access to resources from the mainland, along with the effects of climate change, force islands to be creative and bold in finding solutions for their transition to a sustainable energy system and economy.
Similar to the situation in islands, rural areas in Europe face specific challenges such as an ageing population, high unemployment rates, social disparities and the lack of adaptive potential to the global market. Although rural and sparsely populated areas supply most of the EU’s renewable energy, they usually have a larger carbon footprint than urban communities due to a lack of access to cleaner energy choices. Therefore, these communities face the risk of energy poverty.
Considering the above, rural areas and islands can benefit from the technological development of renewable energy sources. A decentralised energy system where local population take control of their own production and consumption can be a solution to the existing infrastructure and connectivity problems in rural areas and islands. Within this sytem, the application of recent technology such as microgrids or smart meters in rural and island communities can ensure sustainable and inclusive growth. Such opportunities have the potential to make Europe’s island communities innovation leaders in the clean energy transition for Europe and beyond, as the European Commission explicitly recognised in its Communication on the “Clean Energy for All Europeans” package.
CRETE VALLEY aims to create a Renewable Energy Valley 'Living Lab' (REV-Lab) in Crete.
Innovative Supporting schemes for community-Led Energy Transition in the small islands of the Mediterranean
GREEN HYSLAND aims to create the first green hydrogen ecosystem in the Balearic Islands (Spain). It will produce, generate and distribute 300 tonnes of renewable hydrogen per year thanks to solar energy on the island of Mallorca.
The innovative approach of PEGASUS (Promoting Effective Generation and Sustainable USes of electricity) is focused on experimenting a simulation of functioning of microgrids in 7 pilot areas jointly; solutions will be based on concrete situation with real data.
Our 2020 Spring Edition of the FEDARENE Info is out! This season, we focus on Smart and Sustainable Islands, and how to turn them into lighthouses of Europe’s climate-neutral future.
Our 2020 Spring Edition of the FEDARENE Info is out! This season, we focus on Smart and Sustainable Islands, and how to turn them into lighthouses of Europe’s climate-neutral future.
Our 2020 Spring Edition of the FEDARENE Info is out! This season, we focus on Smart and Sustainable Islands, and how to turn them into lighthouses of Europe’s climate-neutral future.
Discover the inspiring story of Åland, an Island building a society scale energy system based on 100% renewable energy sources.
WatchWatch the recording and download slides from the first Green Hysland webinar which took place on the 9th of November 2021 and featured Kostas Komninos (FEDARENE/DAFNI/AEGEA), Maria Jaen (Enagas/Green Hysland), Mark Hull (Community Energy Scotland/BIG HIT) and Antonio Aguilo Rullan (FCH JU).
WatchWatch this webinar co-organised by the Green Hysland and H2Ports project to find out what cities, regions and islands can do to decarbonise waterborne transport and port applications.
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