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International Journal of Advanced Research and Publications (2456-9992)

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Evaluation Of The Hydroenergetic Potential Of The Fall From Kalako To Dabola, Guinea.

Volume 3 - Issue 1, January 2019 Edition
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Author(s)
Doussou Lancine TRAORE, Yacouba CAMARA, Ansoumane SAKOUVOGUI, Mamby KEITA
Keywords
Assessment, potential, hydropower, useful power.
Abstract
The hydro-energetic potential of the Kalako site on the Tinkisso River in Dabola prefecture, evaluated by the spot measurement method during the month of March (dry season) is 5085.50 kW, or about 5.1 MW. This value is in the range of mini hydroelectric plants. The values of the evaluation parameters of this hydroenergetic potential at this time are: the depth of the watercourse (0.58 m), the flow velocity (1.46 m/s), the flow rate (14.4 m3/s), the drop height (60 m) and the efficiency of the electromechanical equipment (60%). Such a regular assessment of the hydroelectric potential of all waterfalls available in the country would provide a reliable database on the existing hydroelectric potential, hence the objective of this research.
References
[1]. S. Williamson, B. Stark et J. Booker, ‘’Low head pico hydro turbine selection using a multi-riteria analysis’’, Renewable Energy, vol. 61, 43-50. 2014.

[2]. Rapport, ‘’Bilan Energétique National de la République de Guinée’’, Innovation Energie Développement, Système d’Information Energétique-SIE, 35 p. 2015.

[3]. C. C. Mitigation, ‘’IPCC special report on renewable energy sources and climate change mitigation’’, Renewable Energy, 2011.

[4]. K., Sukvipool, C.,Sombatpanit, S. (eds). ‘’Conservation agriculture in Southeast Asia and beyond’’. Special publication 7, World Association of Soil and Water Conservation (WASWAC), Beijing, China, ISBN 978-0-615-73926-7, 124 p. 2012.

[5]. Kifumbi Francis Mafuta, ‘’Conception et Modélisation Numérique d'un Simulateur de Mini-Centrale Hydroélectrique Muni des Turbines Francis, Pelton et Cross-Flow pour la Caractérisation des performances et l'étude de la cavitation’’, Université Du Québec en Abitibi-Témiscamingue, 127p. 2018.

[6]. Global Water Initiative-Afrique de l’Ouest ‘’Réflexion stratégique sur la contribution des projets hydroélectriques au développement local durable des zones affectées par les barrages en Guinée’’, Rapport final, 131p. 2017.

[7]. Rapport du Ministère de l’Énergie et de l’Hydraulique, ‘’Présentation du secteur de l’Energie de la République de Guinée’’, 28 p. 2012.

[8]. Oumar NDIAYE, ‘’Etude de la faisabilité de la restauration et de la gestion durable des écosystèmes du haut Tinkisso’’, 30p. 2011.

[9]. John. G. Mbaka, Mercy. W. Mwaniki, “Small Hydro-power Plants in Kenya: A Review of Status, Challenges and Future Prospects”, Journal of Renewable Energy and Environment, Vol. 3, No. 4, 20‐26. 2016.

[10]. Govind R. Joshi, ‘’Hydroelectric Power Generation and Distribution Planning Under Supply Uncertainty’’, Thesis The Department of Engineering Colorado State University-Pueblo, 90 p. 2016.

[11]. Dimitrios A. Géorgakèllos, Les éléments nécessaires pour la gestion d’un projet de microcentrale hydroélectrique Etude de cas d’une PCH en Grèce, Rev. Energ. Ren. Vol. 9, 53-62, 2005)