Design and application of intelligent control system for grouting construction in hydropower and water conservancy projects
水利水电工程灌浆施工智能控制系统的设计与应用

摘要

水利水电工程中的灌浆施工对于工程质量与安全至关重要。传统的灌浆施工方法存在着效率低、质量难以控制等问题，难以满足现代水利水电工程对精确性和自动化的需求。本文设计了一种水利水电工程灌浆施工的智能控制系统，利用现代传感器、自动化设备及数据分析技术，构建了一个实时监控与调节的灌浆过程控制平台。该系统能够根据现场实时数据对灌浆工艺进行优化调整，从而提升施工效率和施工质量，确保工程安全与稳定。通过对系统的实验应用，结果表明智能控制系统能够有效提高灌浆施工的精度与效率，具有广泛的应用前景。

Abstract

Grouting construction in hydropower and water conservancy projects is crucial for the quality and safety of the project. Traditional grouting construction methods face problems such as low efficiency and difficulty in quality control, which fail to meet the modern demands for precision and automation in hydropower and water conservancy projects. This paper designs an intelligent control system for grouting construction in hydropower and water conservancy projects, utilizing modern sensors, automated equipment, and data analysis technologies to build a real-time monitoring and adjustment platform for the grouting process. The system can optimize and adjust the grouting process based on real-time data from the site, thus improving construction efficiency and quality while ensuring project safety and stability. Experimental application results show that the intelligent control system can effectively improve the precision and efficiency of grouting construction and has broad application prospects.