30 renewable islands for 2030: discover the selected islands

30 renewable islands for 2030: discover the selected islands

The Clean Energy for EU Islands Initiative has concluded its Call for 30 renewable islands for 2030. The Secretariat is thrilled to share the selection of 30 islands and island groups from 10 European countries ready to lead the way towards a sustainable future. 

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The mission was clear: to identify and provide technical support to 30 islands and island groups over the next three years, propelling them towards complete energy independence through 100% renewable sources by 2030. The success of these exemplary islands will now become a beacon of guidance for others on their paths to comprehensive decarbonisation.

The Clean Energy for EU Islands Secretariat is stepping into action, ready to assist EU islands in devising, preparing, and implementing decarbonisation plans for their energy systems. It will extend technical and organisational support, ensuring each island receives comprehensive guidance throughout its journey. 

Intensive assistance will be provided to our 30 pioneering islands and island groups, with active involvement from numerous follower islands.

The journey began with the Call for applications of interest launched by Kadri Simson – European Commissioner for Energy, European Commission on 8 June 2023 (Saaremaa, Estonia), and the secretariat is delighted to have received so many applications from islands eager to make a difference. After careful consideration, the EU islands secretariat has selected the 30 islands and island groups that will lead the way.

List of islands: 

30 for 2030 finalists    

CountryIsland and island groups
CroatiaCres-Lošinj | Clean energy for EU islands (europa.eu)
CroatiaIsland of Pašman
CroatiaKorčula | Clean energy for EU islands (europa.eu)
DenmarkFejø
DenmarkVenø | Clean energy for EU islands (europa.eu)
EstoniaSaaremaa and Ruhnu (joined application)
GreeceAstypalea
GreeceIkaria | Clean energy for EU islands (europa.eu)
GreeceLesvos
GreeceMegisti (Kastellorizo)
GreecePsara
GreeceTilos | Clean energy for EU islands (europa.eu)
IrelandAran Islands | Clean energy for EU islands (europa.eu)
IrelandArranmore and Tory Island (joined application)
IrelandCape Clear | Clean energy for EU islands (europa.eu)
IrelandWest Cork islands and Inishbofin (joined application)
ItalyArcipelago delle Isole Eolie and Salina e le isole di Lipari (joined application)
ItalyGiglio and Giannutri (joined application)
ItalyPantelleria | Clean energy for EU islands (europa.eu)
ItalySan Pietro | Clean energy for EU islands (europa.eu)
NetherlandsAmeland | Clean energy for EU islands (europa.eu)
NetherlandsSaba, Bonaire and St. Eustatius (joined application)
PortugalMadeira | Clean energy for EU islands (europa.eu)
PortugalPico, Faial and São Jorge (joined application)
SpainBalearic Archipelago
SpainCanary Islands – Isla de la Graciosa
SpainCanary Islands – La Palma | Clean energy for EU islands (europa.eu)
SwedenGotland | Clean energy for EU islands (europa.eu)
SwedenHolmön, Vinön, Visingsö and Hven (joined application)
SwedenÖland

Summary of core elements of technical assistance

In this comprehensive call for technical assistance, diverse topics ranging from renewable energy production to storage and grid optimisation are addressed across the above-mentioned islands. The successful call of the “Renewable Islands for 2030” initiative involved the identification of 30 islands and island groups aimed to lead in achieving complete energy independence through 100% renewable sources until 2030. 

Plans will be developed for financing energy efficiency measures, exploring analysing and implementing renewable energy generation projects. This is coinciding with the objectives ot the RePower EU Initiative.

Studies will include the analysis of business models, community involvement in solar power, hydropower, and various energy storage options. Further, the scope extends to wind energy development, electrification of transport, grid flexibility, and self-consumption. 

The technical support will also delve into sustainable marine transport, waste management and valorisation, and district heating optimisation. 

The overarching goal is to drive a holistic transition towards sustainable energy practices, encompassing both technological advancements and community engagement across diverse regions and energy domains.

Sources