Hongliulin Coal Mine was built in 2006 and started operations in 2011. The subsidiary of Shaanxi Coal and Chemical Industry Group has since won more than 30 honors, including the Model of Intelligent Mining and National Green Mine awards. Since 2021, Hongliulin Coal Mine has partnered Huawei Cloud to integrate cloud computing, IoT, and other ICT technologies into coal mining.
Hongliulin Coal Mine was built in 2006 and started operations in 2011. The subsidiary of Shaanxi Coal and Chemical Industry Group has since won more than 30 honors, including the Model of Intelligent Mining and National Green Mine awards. Since 2021, Hongliulin Coal Mine has partnered Huawei Cloud to integrate cloud computing, IoT, and other ICT technologies into coal mining.
Five-prong intelligent collaboration covers 97.7% of coal mining operations.
Huawei Cloud IoT helps Hongliulin Coal Mine build a unified OT data foundation, digitalizing the entire production (people, wind, water, electricity, and coal) by modeling 200 device types and 400 mining services and integrating 35 different OT systems. The benefits of 97.7% digitalization are significant: cross-system collaboration, E2E intelligent operations management, and transparent under/above ground information.
Huawei Cloud IoT helps Hongliulin Coal Mine build a unified OT data foundation, digitalizing the entire production (people, wind, water, electricity, and coal) by modeling 200 device types and 400 mining services and integrating 35 different OT systems. The benefits of 97.7% digitalization are significant: cross-system collaboration, E2E intelligent operations management, and transparent under/above ground information.
Business Challenges
Coal mine production is complex. There are hundreds of types of mining and monitoring devices and over 30 service systems in each coal mine. Refined management and real-time event sensing are challenging.
Coal mine production is complex. There are hundreds of types of mining and monitoring devices and over 30 service systems in each coal mine. Refined management and real-time event sensing are challenging.
When connecting to computers, each system needs to build device models and match them with device measurement points. Device models and data sources vary by system, reducing data accuracy.
When connecting to computers, each system needs to build device models and match them with device measurement points. Device models and data sources vary by system, reducing data accuracy.
Smart coal mines require reconstruction of existing facilities. However, most Hongliulin Coal Mine computers are outdated. The weak performance cannot support repeated data collection for different service systems.
Smart coal mines require reconstruction of existing facilities. However, most Hongliulin Coal Mine computers are outdated. The weak performance cannot support repeated data collection for different service systems.
Customer Benefits
One data entry for full real-time monitoring
Covering 10,000+ devices in five production scenarios, millions of device measurement points are matched accurately. 35 OT systems are integrated for use on-demand, doubling the speed of data access.
OT data is obtained by upper-layer applications without more data collection, ensuring stable device running.
Covering 10,000+ devices in five production scenarios, millions of device measurement points are matched accurately. 35 OT systems are integrated for use on-demand, doubling the speed of data access.
OT data is obtained by upper-layer applications without more data collection, ensuring stable device running.
Twin model for faster app development and collaboration
Huawei Cloud IoT models more than 200 devices and more than 400 services on the running status of existing services. The models cover core service phases and elements and provide standard twin models for application development. This ensures accurate OT data and simpler upper-layer applications.
Huawei Cloud IoT models more than 200 devices and more than 400 services on the running status of existing services. The models cover core service phases and elements and provide standard twin models for application development. This ensures accurate OT data and simpler upper-layer applications.