On September 14th, Longyuan Power Engineering Technology Company, relying on the scientific and technological innovation project of "National Energy Group New Energy Investment, Construction, Operation, Integration, Data Analysis, Research, and Application Demonstration", completed the large-scale deployment of a distributed intelligent algorithm platform nationwide for the first time in the industry, enhancing the intelligent monitoring means for safe production, operation, and management of Longyuan Power.
The company has constructed an open, intensive, and cloud-edge full-stack intelligent algorithm platform in a "one center, multiple nodes" manner. This system takes the actual production and operation scenarios of Longyuan Power as the starting point, combines computer vision perception to comprehensively supervise and manage personnel production operations, equipment operating status, and unsafe environmental factors, and continuously empowers safe production through intelligent applications. In addition, this system integrates production operation work orders to achieve optimal scheduling, and through automatic triggering of algorithm models, automatic invocation of equipment videos, and automatic implementation of intelligent analysis, it comprehensively promotes business upgrades while ensuring maximum utilization of server resources. It achieves closed-loop management of models through the process of "model deployment - early warning analysis - alarm aggregation - model training - model issuance - model deployment", enabling continuous optimization and self-learning capabilities of algorithm models, and improving the accuracy of algorithm models.
The distributed intelligent algorithm platform has achieved the organic integration of unstructured data such as video and audio with safe production, further tapping into the potential value of production and operation data, and building an open ecosystem for new energy intelligent applications, laying a solid foundation for promoting the intelligence and digitalization of new energy stations. (Yang Wei)
