Assessment of Wave Energy in the Algerian Exclusive Economic Zone / NABIL CHEURFI 

Public ISBD Faire une suggestion d'achat Titre : Assessment of Wave Energy in the Algerian Exclusive Economic Zone Type de document : texte imprimé Auteurs : NABIL CHEURFI, Auteur ; AHLAM MEKKI, Auteur Editeur : Dely Brahim [Alger] : ENSSMAL Année de publication : 2026 Importance : 155 P. Présentation : ill. Format : 30 cm. Langues : Anglais (eng) Mots-clés : Wave energy  MIKE 21 SW  CorPower Ocean C4  wave power  GIS  Algeria EEZ. Index. décimale : 627 Génie hydraulique Résumé : Growing demand for low-carbon energy has increased interest in wave energy, given its high energy density and predictability. National-scale assessments of this resource within Algeria's Exclusive Economic Zone (EEZ) remain limited despite its ~2148 km coastline. This study evaluates the wave energy resource along the Algerian littoral using multi-year wave data and the MIKE 21 SW model, combined with GIS-based spatial analysis to map resource distribution and delineate favourable zones. These zones were further assessed using the CorPower Ocean C4 converter to estimate Annual Energy Production (AEP) and identify priority sites. The results provide suitability maps and a scientific basis for future site selection, supporting Algeria's renewable energy diversification objectives. Assessment of Wave Energy in the Algerian Exclusive Economic Zone [texte imprimé] / NABIL CHEURFI, Auteur ; AHLAM MEKKI, Auteur . - Dely Brahim [Alger] : ENSSMAL, 2026 . - 155 P. : ill. ; 30 cm. Langues : Anglais (eng) Mots-clés : Wave energy  MIKE 21 SW  CorPower Ocean C4  wave power  GIS  Algeria EEZ. Index. décimale : 627 Génie hydraulique Résumé : Growing demand for low-carbon energy has increased interest in wave energy, given its high energy density and predictability. National-scale assessments of this resource within Algeria's Exclusive Economic Zone (EEZ) remain limited despite its ~2148 km coastline. This study evaluates the wave energy resource along the Algerian littoral using multi-year wave data and the MIKE 21 SW model, combined with GIS-based spatial analysis to map resource distribution and delineate favourable zones. These zones were further assessed using the CorPower Ocean C4 converter to estimate Annual Energy Production (AEP) and identify priority sites. The results provide suitability maps and a scientific basis for future site selection, supporting Algeria's renewable energy diversification objectives.

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Cote	Rayonnage		Support	Disponibilité
627.042 65 CME/M		13	Consultation	Exclu du prêt

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