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This is a Quantitative Study study.

Technical Evaluation of Power Generation Mix for Rural Electrification: A Case Study of IMINI Village, Oyo State, Nigeria

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Analysis reveals a hybrid system of wind, solar, and fuel cells offers cost-effective rural electrification, indicating environmental benefits.

The optimal hybrid configuration achieved an LCOE of $0.538/kWh, significantly lower than the diesel generator system.
Simulation of 11 scenarios showed the hybrid system can effectively meet an average daily demand of 197.7 kWh in Imini Village.
An energy audit included data from structured questionnaires and interviews to develop the household energy profile.
The study suggests that adopting this hybrid architecture can ensure both cost savings and sustainability for rural electrification.

Bewaji et al. (2025) studied this question.

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Analysis reveals a hybrid system of wind, solar, and fuel cells offers cost-effective rural electrification, indicating environmental benefits.