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J. Manwell, J. Mcgowan, A. Rogers (2006)
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Renewables 2014 : global status report
E. Migoya, A. Crespo, Á. Jiménez, Javier García, F. Manuel (2007)
Wind energy resource assessment in Madrid regionRenewable Energy, 32
N. Conroy, J. Deane, B. Gallachóir (2011)
Wind turbine availability: Should it be time or energy based? – A case study in IrelandRenewable Energy, 36
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California offshore wind energy potentialRenewable Energy, 35
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N. Conroy
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Wind Energy: Handbook
Ioannis Fyrippis, P. Axaopoulos, G. Panayiotou (2010)
Wind energy potential assessment in Naxos Island, GreeceApplied Energy, 87
Fiji Electricity Annual Report (FEA)
Fiji Electricity Annual Report
J.F. Manwell, J.G. McGowan, A.L. Rogers
Wind Energy Explained: Theory Design and Application
M. Stevens, P. Smulders (1979)
The estimation of the parameters of the Weibull wind speed distribution for wind energy utilization purposes, 3
Purpose – The aim of this paper is to analyze the wind regime at Wainiyaku, Taveuni in Fiji, estimate Annual Energy Production (AEP) using a 275 kW Vergnet wind, and determine its economic viability. Design/methodology/approach – The only grid supply is in the northeast (suburban area) of the island. The main source is diesel generators, which are operated only certain hours per day. The study around Wainiyaku state was essential to determine an alternative continuous source of energy. The wind assessment on the island was based on the data provided by the Department of Energy (Fiji) and WAsP was used to reliably estimate the wind power potential on the island. Findings – The report suggested that Wainiyaku Taveuni is a good site for wind power generation based on mean wind speed at 30 m agl. The software predicted a resource grid for mean wind speed and power density around Wainiyaku. An economic analysis for a prospective wind power generation using Vergnet 275 kW showed a reasonable promise. Research limitations/implications – The conclusion justifies that a longer period (3y) data are necessary for better accuracy. However, one‐year data are sufficient to predict annual energy production with reasonable certainty. Originality/value – The paper provides an alternative solution for a continuous supply of electricity for a remote island. It shows the economics of utilizing wind power generator to provide unobstructed supply of electricity. It further explores the saving in foreign exchange for a small Island economy. The analysis of wind regime suggests that an independent power producer may consider investing in a wind farm at Wainiyaku.
Management of Environmental Quality An International Journal – Emerald Publishing
Published: Apr 13, 2012
Keywords: Energy potential; WAsP; Economic; Resource grid; Vergnet 275 kW; Renewable energy; Wind power; Fiji
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