What value can the intelligent water information management platform realize?

1、 Introduction to intelligent water system - definition

Academic definition 1: Obtain water area data through the Internet of Things perception technology, transmit and store it in the database in a wired or wireless way, and then process and analyze the data through data mining technology to support decision-making.

Definition 2 from the perspective of industry: the operation status of the water supply system is sensed in real time by turbidimeter, water level gauge, water meter and other equipment, and these data are returned to the database through wireless and wired transmission technology, and then through relevant computer technology analysis and processing, corresponding auxiliary decision-making suggestions are obtained to reach the "smart" status.

2、 What problems can intelligent water system solve?

1. Leakage problem: leakage problem is one of the concerns of urban water supply group. Statistics show that the average leakage rate of water supply networks in more than 600 cities in China exceeds 15%, up to 70%. Therefore, the current common leakage problems directly affect the economic benefits of the water supply group.

2. Difference between production and sales: production means how much water is produced in a certain period of time, sales means how much water is sold in the same period of time, and difference means the difference between production and sales of water in that period of time, that is, water loss. This issue is of great concern to the leaders of the Water Supply Group, and it is also a key issue affecting the economic benefits of the Water Supply Group.

3. Water plant automation: water plant automation is an important issue in the automation of the Water Group, and the key issue in the automation of the water plant is the backwashing of the filter. This problem consumes a lot of labor, and if not handled properly, it is easy to lead to peak water supply problems.

Based on on-site 3D model and virtual reality, realize the backwash model combining manual remote control and program automatic control

4. Indoor positioning and navigation problems: due to outdoor positioning technology (such as GPS), Beidou, etc.) Due to indoor blocking, the signal is severely attenuated, leading to indoor positioning and navigation failure. In urban water groups, such as water plants, it is necessary to solve the positioning and navigation problems of goods and personnel in the plants. This problem is not conducive to the safety of personnel in key areas and the safety management of important goods.

5. Scheduling problem based on prediction algorithm: scheduling is the center of the whole urban water system, if scheduling problem directly leads to water supply problem. A key problem of current water supply scheduling is how to predict the start time and end time of water supply peak.