The Application of Environment-friendly Technology in the Operation and Maintenance of Hydraulic Construction of Hydropower Station

This study focuses on the application of environmentally friendly technology in the maintenance of hydraulic structures of hydropower stations. The application principles and practical effects of UAV, 3D modeling, artificial intelligence, ecological restoration and long-term sacrificial anode protection technologies in monitoring, maintenance program optimization, automatic early warning, ecological restoration and corrosion prevention are deeply analyzed, and comprehensive maintenance strategies are proposed, aiming to achieve efficient maintenance and ecological protection coordination, and provide theoretical and practical support for sustainable operation of hydropower stations.

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Publication Details

Journal
城市建设理论研究—市政工程
Published
2025-02-26
DOI
https://doi.org/10.26789/szgc.v9i2.2026
Primary Topic
Regional Development and Environment
Type
article
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article

The Application of Environment-friendly Technology in the Operation and Maintenance of Hydraulic Construction of Hydropower Station

Ma Dong
城市建设理论研究—市政工程
Regional Development and Environment
article

The Application of Environment-friendly Technology in the Operation and Maintenance of Hydraulic Construction of Hydropower Station

Ma Dong
article en

Abstract

This study focuses on the application of environmentally friendly technology in the maintenance of hydraulic structures of hydropower stations. The application principles and practical effects of UAV, 3D modeling, artificial intelligence, ecological restoration and long-term sacrificial anode protection technologies in monitoring, maintenance program optimization, automatic early warning, ecological restoration and corrosion prevention are deeply analyzed, and comprehensive maintenance strategies are proposed, aiming to achieve efficient maintenance and ecological protection coordination, and provide theoretical and practical support for sustainable operation of hydropower stations.

城市建设理论研究—市政工程Vol. 9(2)
Yunnan Water Conservancy and Hydropower Survey and Design Institute (CN)
Openalex Percentile: Top 96%
Regional Development and Environment
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