wind energy potential bonny island coastal is a M.Tech project topic for Electrical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
wind energy potential bonny island coastal Project Details
| Abstract |
This study evaluates the wind‑energy potential of Bonny Island’s coastal area in Nigeria using seven years of weather data (2017‑2023). The analysis fits the two‑parameter Weibull distribution to the wind‑speed data and calculates the wind‑power density that could be harvested. Key findings – Mean wind speed: **4.15 m/s** – Average wind‑power density: **157.9 W/m²** – Median power density: **129 W/m²** Turbulence intensity was also examined. The turbulence is moderate and stable, with about **35 %** of the time falling in the 0.15–0.20 range. Seasonal differences are clear. During the rainy season the wind is noticeably stronger and the power density is higher than in the dry season. The results give
a solid baseline and a clear method for judging whether low‑to‑medium‑speed wind turbines are viable in coastal West Africa. This information can help plan sustainable microgrids and local renewable‑energy projects.
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| Reference Paper |
Wind Energy Potential in Bonny Island Coastal Area of Nigeria Using Weibull Method |
| Domain |
Electrical Engineering |
| Sub-Domain |
Power Systems / Renewable Energy / Wind Energy |
| PDF Download |
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