Research on the coordinated control of automated water treatment equipment and water supply, drainage, and electrical systems
自动化水处理设备与供排水电气系统的协同控制研究

摘要

在水资源愈发珍贵、用水需求持续攀升的当下，自动化水处理设备与供排水电气系统的协同控制至关重要。本文深度剖析研究背景，从水资源现状到自动化技术趋势，细致解读协同控制原理，涵盖系统架构与核心算法。探讨其在水质保障、节能降耗及故障预警等多场景应用，直面技术集成、管理维护、人才短缺等挑战，提出针对性策略，为水处理行业智能化转型、高效稳定运行筑牢理论根基。

Abstract

At a time when water resources are becoming increasingly precious and water demand is continuously rising, the coordinated control of automated water treatment equipment and water supply, drainage, and electrical systems is of great significance. This paper deeply analyzes the research background, from the current situation of water resources to the trend of automation technology, and carefully interprets the principles of coordinated control, covering system architecture and core algorithms. It explores its applications in multiple scenarios such as water quality assurance, energy conservation and consumption reduction, and fault early warning, confronts challenges such as technical integration, management and maintenance, and talent shortage head-on, and proposes targeted strategies to lay a solid theoretical foundation for the intelligent transformation and efficient and stable operation of the water treatment industry.