IOT News

As urbanization accelerates, the scale of water treatment plants and water supply networks continues to expand.Booster pump stations, as key facilities for ensuring stable pressure and balanced flow in the pipeline network, directly impact the stability of urban infrastructure and the quality of life for residents.Traditional pump station management relies on manual inspections and local monitoring, leading to issues such as delayed responses, data silos, and high operation and maintenance costs.Especially in distributed pump station scenarios, challenges such as geographical dispersion, complex equipment types, and insufficient fault warning capabilities have become increasingly prominent.

In response, WideIOT has deployed industrial IoT gateways to connect pump station PLCs, instrumentation, sensors, cameras, and other devices, enabling real-time collection of equipment operational status and process parameters while providing wireless internet access.This provides comprehensive and reliable data support for pump station management, facilitating remote monitoring, fault alerts, remote control, remote operation and maintenance, and data analysis functions, thereby helping to create smart pump stations and achieve digital management upgrades.

Implemented Functions:

• Data Collection and Remote Monitoring of the Entire Booster Pump Station Process: From water intake from the clear water reservoir to pump boosting and pipeline network delivery, ensuring stable outlet pressure in the water supply pipeline network.

• Real-time Monitoring of Core Equipment Operational Status: Continuous monitoring of the operational status of pump sets, valves, and instrumentation, along with fault warnings and online inspections, reducing the frequency of manual inspections and lowering equipment failure rates.

• Real-time Recording, Querying, and Analysis of Data: Water pressure, water volume, energy consumption, and equipment operation data are recorded, queried, and analyzed in real-time, providing precise data support for water supply scheduling, process optimization, and management decision-making.

• Electronic Work Order Management: Enabling operations such as adding, editing, reviewing, returning, and accepting electronic work orders, forming an operation and maintenance knowledge base, and providing access to operational logs, spare parts information, etc.