The intelligent water data collection platform developed by our company is a comprehensive management system that integrates intelligent water equipment management, reading, querying, data analysis, other functions. It can manage intelligent water related equipment such as meters, collectors, concentrators, pressure sensors, flow meters, valves, etc. In the system, it is possible to establish profiles for users, bind user information with device information, complete the scheduled automatic collection, data analysis, warning prompts, scheme suggestions, etc. of intelligent device data. Through intelligent monitoring technology, continuous monitoring is carried out 24 hours a day, problems are immediately reported to the police, ensuring effective supervision of on-site operations maintenance. Through intelligent technology, problems are discovered in real time, handled in a timely manner, on-site data is collected, summarized, analyzed, reported in a timely manner. Management relies on data to speak, decision-making relies on data guidance. The platform can predict analyze daily water consumption by summarizing data. When there is a deviation in the proportion between the predicted water consumption the actual water consumption during a certain period of the day, the system will calculate the scheduling water volume during the scheduling period to assist in water supply scheduling command. Complete recording of the scheduling process facilitates historical queries. By applying new Internet of Things technology, unified access management of data various monitoring management systems can be achieved, thereby achieving standardized data collection. By visualizing the water supply pattern, displaying the water supply operation situation at a macro level, providing real-time data various systems, it is convenient for management personnel to have a comprehensive comprehensive understanding of the water supply situation. The smart water affairs data collection platform is built based on cloud computing technology uses the Internet to integrate sort out various wide area heterogeneous computing resources to form an abstract, virtual dynamically scalable data resource pool. Through these data, managers can comprehensively understand the water affairs situation, realize real-time control refined management of water affairs, achieve the purpose of standardized management, energy conservation consumption reduction, staff reduction efficiency increase.