IoT Solution for Remote Monitoring and PLC Data Acquisition of Environmental Protection Equipment

As technology continues to advance, the intelligent and digital management of environmental protection equipment has become a prevailing trend.

 In this context, implementing data acquisition and remote monitoring of environmental protection equipment through industrial IoT technology provides convenient and efficient means for the operation and maintenance management of environmental protection equipment manufacturers.

Environmental protection equipment, including sewage treatment equipment, waste gas treatment equipment, solid waste treatment equipment, and soil pollution control and remediation equipment, serves as the primary equipment for addressing environmental pollution issues.

 However, traditional equipment management methods suffer from numerous problems, such as difficulty in obtaining real-time operational data and delays in detecting and handling faults. Therefore, achieving efficient management and operation of environmental protection equipment has become an urgent issue to address.

WideIoT has introduced a PLC data acquisition and remote monitoring IoT system for environmental protection equipment.

 By implementing PLC data acquisition and remote monitoring through PLC smart gateways, the system uploads data in real-time to environmental protection bureau platforms (using protocols such as HJ212, MQTT, and Modbus), enabling real-time monitoring, fault maintenance, and data analysis of environmental protection equipment. This, in turn, improves equipment operational efficiency and management levels while strengthening environmental protection regulatory capabilities.

1. Real-time Performance: Through PLC smart gateways, the operational status and working data of environmental protection equipment can be automatically acquired around the clock, enabling prompt detection of abnormal situations and reducing the occurrence of faults.

2. Efficiency: By analyzing data and managing equipment, operational parameters of environmental protection equipment can be optimized, enhancing equipment efficiency and reducing energy consumption.

3. Precision: Information such as equipment maps, alarm data, and maintenance work orders enables precise positioning and management of each device, facilitating timely management and control when issues arise.

4. Reliability: The gateway features multi-network redundancy and breakpoint continuation functions, ensuring data security and integrity under adverse network conditions and guaranteeing the effective conduct of data analysis and equipment optimization.

5. Convenience: The gateway is equipped with a remote maintenance express line, enabling remote programming debugging and program uploading and downloading operations, thereby improving work efficiency and effectively reducing operational and maintenance costs.