Assessing the wind energy potential of Hai Phong’s offshore area

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BB

Tác giả

Trần Anh Tú, Nguyễn Thảo Vân, Nguyễn Đắc Vệ, Nguyễn Thanh Dương, Dư Văn Toán⁽¹⁾

Nhan đề

Assessing the wind energy potential of Hai Phong’s offshore area

Nhan đề tiếng anh

Assessing the wind energy potential of Hai Phong’s offshore area

Nguồn trích

Environment

Năm xuất bản

2024

Số

3

Trang

37-43

ISSN

Từ khóa

Từ khóa tiếng anh

Tóm tắt

While offshore wind farms are a global reality, Vietnam remains untapped in this renewable energy sector. Hai Phong, a city experiencing rapid economic growth, faces increasing electricity demands. This study assessed the wind energy potential of Hai Phong’s offshore area by calculating wind energy density at 10 meters and extrapolating to 100 meters using meteorological data and semi-empirical formulas. Results indicate significantly higher average wind energy density offshore compared to coastal areas (1.36 times at 10 meters). At 100 meters, average wind energy density fluctuates substantially (2,927 to 22,108 W/m²) with a notable difference between monsoon seasons (2.04 times higher in the Southwest monsoon than the Northeast one). This preliminary investigation seeks to evaluate the potential of Hai Phong’s sea wind as a resource, laying the groundwork for comprehensive research initiatives in the future.

Tóm tắt tiếng anh

While offshore wind farms are a global reality, Vietnam remains untapped in this renewable energy sector. Hai Phong, a city experiencing rapid economic growth, faces increasing electricity demands. This study assessed the wind energy potential of Hai Phong’s offshore area by calculating wind energy density at 10 meters and extrapolating to 100 meters using meteorological data and semi-empirical formulas. Results indicate significantly higher average wind energy density offshore compared to coastal areas (1.36 times at 10 meters). At 100 meters, average wind energy density fluctuates substantially (2,927 to 22,108 W/m²) with a notable difference between monsoon seasons (2.04 times higher in the Southwest monsoon than the Northeast one). This preliminary investigation seeks to evaluate the potential of Hai Phong’s sea wind as a resource, laying the groundwork for comprehensive research initiatives in the future.

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