Application of Topological Relationships in Intelligent Dispatching and Optimization of Water Resources in Mountain Water Supply Projects

Abstract

With the development of social economy, water resources have increasingly become the focus of people’s attention. In mountainous water supply projects, the demand for intelligent scheduling optimization has become increasingly urgent due to issues such as dispersed water source distribution, poor water source quality, and significant water quality fluctuations. This article aims to improve the efficiency of water resource utilization and ensure the safety of people’s drinking water by studying the intelligent scheduling optimization of water resources in mountain water supply projects. This article mainly used methods such as field research, data analysis, and topological relationship theory modeling to systematically analyze factors such as water quality and water demand, and used topological relationship theory to construct a water resource scheduling model, achieving intelligent scheduling optimization of water sources. Research has shown that the water sensitivity indices of rice during the turning green stage, booting stage, heading and flowering stage, milk ripening stage, and yellow ripening stage were 0.1001, 0.2903, 0.4922, 0.1072, and 0.1105, respectively. The period with high water consumption was the booting stage and heading and flowering stage.