ASSESSMENT OF WIND ENERGY POTENTIAL TOWARDS GENERATING ELECTRICITY:A CASE STUDY OF MAIDUGURI METROPOLITAN COUNCIL
Abstract
This study investigates the wind energy potential of Maiduguri Metropolitan Council
(MMC), focusing on its capacity to generate electricity. Using meteorological data
collected from 1997 to 2012 by the Federal Ministry of Aviation, wind speed, power
density, and energy potential are analyzed. The findings reveal that Maiduguri
experiences significant wind energy potential, particularly in certain months, with wind
speeds reaching up to 6.97 m/s, making it suitable for electricity generation. The study
uses the Weibull distribution model to estimate power density and energy output,
highlighting that wind energy could serve as a reliable alternative to traditional power
sources. Despite challenges related to the intermittent nature of wind, the results
suggest that wind energy could be integrated into Maiduguri’s energy system to reduce
dependency on diesel generators, provide sustainable electricity, and contribute to the
region’s economic development. Recommendations include improving wind
measurement infrastructure, exploring grid integration, and expanding wind energy
research to fully harness this resource.
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