OM.A300 Substation Online Monitoring and Comprehensive Diagnostic Software Fully Compatible with Domestic Operating Systems

Against the backdrop of the nation's vigorous promotion of a strategy for independent and controllable information technology, OUMIAO Electric Power Important progress has been made in the OM.A300 substation online monitoring and integrated diagnostic software— We have officially completed deep compatibility integrations with mainstream domestically developed operating systems, including Galaxy Kirin, openEuler, and Electric HarmonyOS.

This groundbreaking achievement marks the successful establishment of an end-to-end, independently controllable system by the OM.A300 comprehensive diagnostic software, enabling integrated online monitoring of all power equipment across an entire substation. It also provides critical support for the large-scale implementation of innovative information technology applications in the power industry, helping the sector accelerate its transition into a new era of intelligent development characterized by self-reliance and control.

OM.A300 Substation Online Monitoring Comprehensive Diagnostic Software Compatibility Screenshot for Galaxy Kirin System

OM.A300 substation online monitoring and comprehensive diagnostic software is a state information access controller deployed within the substation. The system can connect various in-station sensors or condition-monitoring agents in a standardized manner, and then perform fault diagnosis and processing on the received status information.

As a platform-based software specializing in comprehensive online monitoring of power equipment, OM.A300 has fully met all core performance standards after being adapted to domestically produced systems.
⚫ In conjunction with the intelligent communication gateway OM.IED-3160, it enables support for various sensor protocols at the perception layer, facilitating data integration.
⚫ Simultaneously supports access to 1000+ monitoring channels;
⚫ Equipped with uplink communication capabilities, supporting IEC61850, MODBUS-TCP, and 104 communication protocols;
⚫ The system adopts the meta-object design pattern, offering excellent scalability. Users can easily integrate status access for various other monitoring devices and monitored parameters simply by configuration.
⚫ The system's network security performance meets the requirements of State Grid;
⚫ Historical data can be stored for up to 5 years, meeting the long-term operation and maintenance needs of the power grid;
⚫ The system comes with a built-in operating condition module that monitors the running status of the system or other modules in real time. If the CPU or memory detects abnormalities, it will automatically restart the program.
⚫ Employs a robust B/S architecture. Users don’t need to install any software on their client machines—simply access the system via a web browser. This approach eliminates the need for businesses to invest additional IT funds in expansion, while also making system training and subsequent promotion remarkably straightforward, and enabling the management model to be easily replicated.
⚫ The interface is visually appealing, user-friendly, and highly operational, enabling comprehensive display of various wiring diagrams and electronic maps.

OM.A300 Substation Online Monitoring Integrated Diagnostic Software – Multi-Channel Real-Time Spectrogram Snapshot

This adaptation not only positions the OM.A300 as a domestically compatible solution in the power partial discharge monitoring field, but also leverages its end-to-end compatibility—from chip to system and finally to application—to deliver secure and reliable monitoring solutions for scenarios such as substations and power grids, thereby solidifying the foundation of information technology innovation for the digital transformation of the power industry.