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World Journal of Engineering Research and Technology

( An ISO 9001:2015 Certified International Journal )

An International Peer Reviewed Journal for Engineering Research and Technology

An Official Publication of Society for Advance Healthcare Research (Reg. No. : 01/01/01/31674/16)

ISSN 2454-695X

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Abstract

DESIGN, ANALYSIS AND OPTIMIZATION OF RENEWABLE SOLAR INTENSITY IN AWKA METROPOLIS, ANAMBRA STATE, NIGERIA

*Umeh Maryrose Ngozi, Ezeliora Chukwuemeka Daniel, Ifeanyi-Reuben Nkechi Jacinta & Ezuruka Evelyn Ogochukwu

ABSTRACT

This research work is shows the variability of solar parameters. The parameters that are solar radiation, sun intensity and temperature were optimized and predicted in other to investigate its influence in Awka metropolis, Anambra State, South Eastern part of Nigeria. The research was conducted for the period of five days, 6:00am to 6:00pm daily on 6th to 10th December, 2017. Measuring the intensity of solar radiation is one of the directions used at investigation of solar power and necessary for the implementation of photovoltaic systems in a particular geographical 'area. Instrument used for measuring the solar radiation is solarimeter which is based on the thermal or photovoltaic principles. The device harness two main components for measuring solar radiation, namelydirect radiation and diffuse radiation, with sensors based on the photovoltaic principles. The research tends to optimize and to develop the intended sun intensity and solar radiation principles and properties of the environs. From the optimization results, the maximum sun intensity of the geographical area is 957.620w/m2 while the minimum sun intensity of the area is 2w/m2. However, the maximum temperature of the geographical area is 39.4?? while the minimum temperature of the geographical area is 18.8??. The average sun intensity of the case study is 356.644w/m2. The optimization technique employed will ensure the efficiency of solar radiation, sun intensity and temperature variability of the geographical area in study as a key to climatic issues and solar systems manufacturing.

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