Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands

The energy needs of most Aegean islands are covered by the operation of autonomous/local power stations (APS/LPS) using imported oil. The costly operation of the APS/LPS combined with the resulting environmental problems, set the issue of a sustainable and rational energy solution mainly for the rem...

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Main Authors: Trikalitis Spyridon, Lavidas George, Kaldellis John K.
Format: Article
Language:English
Published: EDP Sciences 2021-01-01
Series:Renewable Energy and Environmental Sustainability
Online Access:https://www.rees-journal.org/articles/rees/full_html/2021/01/rees210046/rees210046.html
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spelling doaj-9770f0e93b624b88ba7d32e19c0f4af22021-10-07T07:49:48ZengEDP SciencesRenewable Energy and Environmental Sustainability2493-94392021-01-0163410.1051/rees/2021031rees210046Energy Analysis of A Hybrid Wind-Wave Solution For Remote IslandsTrikalitis Spyridonhttps://orcid.org/0000-0001-5773-7351Lavidas GeorgeKaldellis John K.The energy needs of most Aegean islands are covered by the operation of autonomous/local power stations (APS/LPS) using imported oil. The costly operation of the APS/LPS combined with the resulting environmental problems, set the issue of a sustainable and rational energy solution mainly for the remote islands, showing respect to the sensitive island ecosystems and the acceptance of local communities. In this context, high wind speeds as well as the remarkable wave potential of the Aegean Archipelagos could be the driving force for a sustainable energy supply solution for these islands by exploiting combined energy sources along with an appropriate energy storage system, comprising a modern hybrid renewable based station. Moreover, the exploitation of wave energy is one of the future priorities of the European Union (Blue Growth) in an effort to support the installation of wave energy converters, which are in the final stage of technological development. The proposed analysis examines the combined exploitation of the wave and wind potential for a representative medium sized island of the Aegean Archipelagos in order to cover its electrical needs. The results show that the installation of a hybrid power station contributes to a higher integration of renewable energy systems (RES) into an autonomous micro-grid and that the stochastic production of wind turbines can be counterbalanced due to the smoother (time-dependent) production of wave systems. In addition, the ability to store excess renewable energy enhances the energy supply security of an island micro-grid providing a clean energy solution for the remote Aegean island communities and thus reducing their oil dependence.https://www.rees-journal.org/articles/rees/full_html/2021/01/rees210046/rees210046.html
collection DOAJ
language English
format Article
sources DOAJ
author Trikalitis Spyridon
Lavidas George
Kaldellis John K.
spellingShingle Trikalitis Spyridon
Lavidas George
Kaldellis John K.
Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands
Renewable Energy and Environmental Sustainability
author_facet Trikalitis Spyridon
Lavidas George
Kaldellis John K.
author_sort Trikalitis Spyridon
title Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands
title_short Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands
title_full Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands
title_fullStr Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands
title_full_unstemmed Energy Analysis of A Hybrid Wind-Wave Solution For Remote Islands
title_sort energy analysis of a hybrid wind-wave solution for remote islands
publisher EDP Sciences
series Renewable Energy and Environmental Sustainability
issn 2493-9439
publishDate 2021-01-01
description The energy needs of most Aegean islands are covered by the operation of autonomous/local power stations (APS/LPS) using imported oil. The costly operation of the APS/LPS combined with the resulting environmental problems, set the issue of a sustainable and rational energy solution mainly for the remote islands, showing respect to the sensitive island ecosystems and the acceptance of local communities. In this context, high wind speeds as well as the remarkable wave potential of the Aegean Archipelagos could be the driving force for a sustainable energy supply solution for these islands by exploiting combined energy sources along with an appropriate energy storage system, comprising a modern hybrid renewable based station. Moreover, the exploitation of wave energy is one of the future priorities of the European Union (Blue Growth) in an effort to support the installation of wave energy converters, which are in the final stage of technological development. The proposed analysis examines the combined exploitation of the wave and wind potential for a representative medium sized island of the Aegean Archipelagos in order to cover its electrical needs. The results show that the installation of a hybrid power station contributes to a higher integration of renewable energy systems (RES) into an autonomous micro-grid and that the stochastic production of wind turbines can be counterbalanced due to the smoother (time-dependent) production of wave systems. In addition, the ability to store excess renewable energy enhances the energy supply security of an island micro-grid providing a clean energy solution for the remote Aegean island communities and thus reducing their oil dependence.
url https://www.rees-journal.org/articles/rees/full_html/2021/01/rees210046/rees210046.html
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AT lavidasgeorge energyanalysisofahybridwindwavesolutionforremoteislands
AT kaldellisjohnk energyanalysisofahybridwindwavesolutionforremoteislands
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