Renewables

Pilot-project to bring renewable heating to Greek island Agios Efstratios

green island, Agios Efstratios

Photo: Pixabay

Published

November 18, 2017

Country

Comments

comments icon

0

Share

Published:

November 18, 2017

Country:

Comments:

comments icon

0

Share

Greek Center for Renewable Energy Sources (CRES) is going to enable Agios Efstratios, also known as Ai Stratis, a small Greek island on the edge of the Aegean Sea, to have its own heating system based on renewable energy sources

The Ai-Stratis–Green Island project aims for at least 85 percent of the island’s energy consumption to come from sources generated by wind and photovoltaic systems.

When representing the research phase of the project, in 2012, CRES announced that it would implement mature technologies of Renewable Energy Sources (RES), Energy Storage and Energy-Saving, and that the innovation of the project was the high penetration, objective at 100% and not less than 85% of renewable energy sources (RES) to the autonomous and weak electricity grid of Ai Stratis island.

Like many other Greek islands located far from the mainland, Ai Stratos is not connected to the national electricity transmission network. So far it has been relying on Public Power Corporation diesel generators.

Both wind and photovoltaic systems will be installed on island soon, according to the West Macedonia development Company (ANKO), in charge with the study of project. A big turbine installed along with the photovoltaic park will produce electricity whose surplus will be converted into thermal energy, then stored into energy tanks and with a new heating network construction will provide heating of island’s buildings and houses.

The budget for the project is EUR 5 million, while cost of the heating network construction is about EUR 1.5 million. National Strategic Reference Network (NSRF) 2014-2020 is funding this project as part of the CRES pilot program.

Once the new system becomes operational Agios Efstratios will join another Aegean small island Tilos, that has already started its transition into truly green and energy sustainable location using only wind and solar power. This past summer the construction of a hybrid, renewable energy-based battery station and smart micro grid, the first ever in Greece, began in Tilos.

The Greek Tilos project was the first ever winner of the Energy Islands Award this year, part of the EU Sustainable Energy Week (EUSEW) Awards 2017, for innovative energy projects for its contribution to the island’s energy security through its ground-breaking battery-based hybrid power station. The project was also the winner of the Citizens’ Award, chosen from the 12 finalists in an online poll with over 10 000 votes.

Comments (0)

Be the first one to comment on this article.

Enter Your Comment
Please wait... Please fill in the required fields. There seems to be an error, please refresh the page and try again. Your comment has been sent.

Related Articles

serbia hemofarm rooftop solar plant vrsac

Hemofarm commissions one of largest rooftop solar plants in Serbia

27 February 2026 - The largest rooftop solar plant in Serbia is on the buildings of polymer products maker Peštan

greenvolt wind farm loans

Portugal-based Greenvolt secures financing for two wind projects in Romania

27 February 2026 - Greenvolt has secured over EUR 400 million for its 253.1 MW Ialomiţa Nord wind farm project and another 49.8 MW in Călărași county

Green hydrogen or lost leadership, Thomas Hillig, EUSEW digital ambassador

Green hydrogen or lost leadership? Europe must act before China wins

27 February 2026 - Europe’s green hydrogen ambitions face weak demand and high costs. To compete with China, the EU must shape market design and build industry now.

Electrica install 500 MW solar park Liberty Galați steel plant in Romania

Electrica to install giant solar park with storage at Liberty Galați steel plant in Romania

26 February 2026 - Electrica agreed with inactive steel plant Liberty Galați to jointly develop solar power and energy storage capacities of up to 500 MW