With the development of cities, pumping stations, as water supply hubs, play a very important role in residential and industrial water use. There are more and more pumping stations, and their distribution is scattered. Issues that water companies must consider. For the traditional monitoring of pumping stations, the staff is used to check regularly, and sometimes the personnel are negligent, resulting in abnormal operation of the pumping station. At the same time, this method is very troublesome for the monitoring of multiple pumping stations; the data between different pumping stations cannot be effectively integrated. Together, data warning and equipment maintenance cannot be carried out through big data. Therefore, in this context, WideIOT adopts the industrial intelligent gateway to realize the collection and processing with the pump room PLC to remotely monitor the pumping station, and at the same time realizes the data of the pumping station through the WideIOT cloud platform or the customer's self-developed cloud platform. Forecasting, equipment remote maintenance and data sharing.

During long-term operation, water supply networks experience issues such as pipe aging and damage, leading to water leakage. Traditional leakage detection methods are inefficient and struggle to accurately locate leak points. To reduce leakage rates in water supply networks and enhance water resource utilization efficiency, an advanced DMA zone metering leakage monitoring system is required.

Pump stations are critical components of water supply systems, with their operational status directly impacting the stability and reliability of water delivery. Traditional pump station management relies on manual inspections and operations, resulting in low efficiency and difficulty in achieving real-time monitoring. With the advancement of automation technology, an advanced monitoring and management system is required to enhance pump station operational efficiency, reduce maintenance costs, and enable unmanned operation.

With the acceleration of urban-rural integration, there is a need to achieve unified planning, management, and services for water supply across both urban and rural areas. Traditional management approaches, which operate in isolation, have led to issues such as uneven water distribution and unstable water quality. To integrate urban and rural water resources, enhance service quality, and ensure water safety for all residents, an information management system is required.