IOT News

In some wastewater treatment plants, storage tanks are often built as enclosed structures and operated with automated wastewater treatment equipment. However, because the equipment in these systems typically runs as standalone units, much of the data—such as discharge volume, water quality, tank water level, and pH—remains confined to local systems. Problems can only be discovered when personnel conduct inspections, which is time-consuming and labor-intensive while also carrying high safety risks. To address this, WideIOT offers a highly efficient and reliable IoT solution.

Requirements Analysis

Monitor wastewater pool water levels in real time and automatically notify duty personnel and management when water levels reach preset alarm thresholds.
Water level monitoring equipment should use local power supply and wireless data transmission.
Consolidate multiple data points from wastewater treatment equipment into a management platform for visualized data display.
By connecting on-site water level gauges to industrial smart gateways and configuring water level alarm rules, the system enables water level data acquisition and alerts management personnel when alarm thresholds are reached—allowing rapid localization, diagnosis, and corrective action. The system can also connect to PLCs to enable remote control of pumps, valves, and other equipment—ensuring abnormal faults are resolved quickly and wastewater treatment operations proceed safely and stably.

Functions

The system monitors changes in wastewater pool water levels in real time and updates data to cloud platforms or monitoring centers in real time, with notification supported via 5G/4G/Wi-Fi/Ethernet.
When water levels exceed preset thresholds, the system automatically triggers the alarm mechanism, notifying relevant personnel via SMS, email, or WeChat push notifications.
The system provides data analytics functions, generating water level trend charts and statistical reports. Users can query real-time water level data and historical data, providing data support for decision-making.
Users can perform remote management of the system through cloud platforms or monitoring centers—including setting water level thresholds and debugging and configuring gateways.