Analysis of the design and implementation effects of flood control and drainage systems in hydropower projects
水电工程中防洪排水系统设计与实施效果分析

摘要

水电工程防洪排水系统的设计与实施对工程安全运行至关重要。本文剖析了当前系统在设计、施工、技术应用及管理中的问题，并提出了优化策略和技术路径。通过引入先进的计算流体力学、地理信息系统和物联网技术，结合严格的施工质量控制和完善的运行管理机制，有效提升了系统的防洪能力和运行效率。实践案例分析验证了优化措施的有效性，为类似工程提供了参考。未来应进一步深化技术研究，推动防洪排水系统设计与实施的标准化和智能化发展，以适应复杂环境和极端气候条件。

Abstract

The design and implementation of flood control and drainage systems in hydropower projects are crucial for the safe operation of the projects. This paper analyzes the issues in the current systems regarding design, construction, technology application, and management, and proposes optimization strategies and technological pathways. By integrating advanced computational fluid dynamics (CFD), geographic information systems (GIS), and Internet of Things (IoT) technologies, combined with strict construction quality control and comprehensive operation management mechanisms, the flood control capacity and operational efficiency of the systems have been effectively enhanced. Case studies have verified the effectiveness of the optimization measures, providing references for similar projects. Future work should further deepen technological research to promote the standardization and intelligent development of flood control and drainage system design and implementation, in order to adapt to complex environments and extreme climatic conditions.