IOT News

Driven by the digital wave, traditional industries are undergoing transformative changes—and the power sector, as the backbone of global infrastructure, is no exception. The IEC 104 protocol is a common communication protocol in power grids. By supporting this protocol, we can collect data from relevant power equipment for monitoring and management, enabling various precise and reliable operations.

To address this, WideIOT offers IEC 104 protocol data acquisition gateways that collect and process massive volumes of data in real time, communicating via 5G/4G/Wi-Fi/Ethernet and building a critical foundation for data application management. Leveraging edge computing capabilities, these gateways deploy data processing resources at the source where data is generated—greatly reducing the load on central servers and improving response speed.

Building a data acquisition system means that all facilities within the power grid can exchange information seamlessly. From power plants to substations, and all the way to individual households, every link is closely connected. The operating status of the power system, energy consumption levels, and even fault warning signals can all be transmitted in the most efficient manner—ensuring precise regulation and safe, stable operation of the entire system.

Application Scenarios

Power System Monitoring and Management – By collecting data on electrical parameters and equipment status for monitoring and early warning, problems can be identified and resolved promptly, with management and control measures taken to improve the operating efficiency and reliability of the power system.

Power Equipment Fault Warning and Maintenance – By setting risk thresholds and applying intelligent algorithms, the system can rapidly identify equipment faults and, through remote maintenance capabilities, perform remote programming, debugging, and program upload/download operations.

Energy Consumption Monitoring and Optimization – By collecting data from power equipment and meters, the system monitors energy consumption data, uates equipment and system energy usage, and takes appropriate optimization measures—reducing energy consumption and improving energy utilization efficiency.