● Mine intelligence comprises a smart production system, a smart occupational health and safety system, a smart technical support and logistics assurance system, an intelligent mining system, a production scheduling system, an environmental monitoring system, an energy management system, an emergency management system, and a data analytics & decision-support system.

● Mine intelligence is the core technological backbone driving high-quality development in the mining industry. It deeply integrates artificial intelligence, industrial Internet of Things, cloud computing, big data, robotics, and smart equipment with modern coal exploration and utilization, creating an intelligent system characterized by comprehensive sensing, real-time connectivity, advanced analytics and decision-making, autonomous learning, dynamic forecasting, and collaborative control. This system enables the intelligent operation of all processes in coal mines, including mine development, extraction (stripping), transportation, ventilation, washing and sorting, safety assurance, and operational management.

Mining intelligence isn’t merely a technological upgrade—it represents a systemic transformation that touches management models, industrial structures, and even the very ways value is created. At its core, this shift aims to build a new mining ecosystem characterized by "safety, efficiency, sustainability, and environmental responsibility." It’s not only an inevitable response to challenges like resource depletion, mounting environmental pressures, and rising labor costs, but also a critical pathway for companies to seize the strategic opportunities presented by the "Dual Carbon" initiative. Over the next 5 to 10 years, intelligent capabilities will emerge as the primary benchmark for measuring a mining enterprise’s core competitiveness.

● Mining Terminal (Perception Layer): The mining terminal serves as the gateway to the smart mine, collecting real-time data from on-site equipment, environmental sensors, employees, and more. It enables collaborative processing and even intelligent networking capabilities. As the system’s endpoint, the perception layer must be equipped with industrial fieldbus, 4G, 5G, Bluetooth, UWB, Zigbee, and other network communication interfaces. These interfaces ensure that information from various sensors, cameras, positioning/identification cards, miner lamps, and other devices at the coal mining site is promptly and accurately transmitted to the network layer. Through these diverse device terminals, enterprises can achieve comprehensive, integrated monitoring and control of their equipment operations.

● Networking: The network layer is the foundation of the smart mine, enabling real-time, remote transmission of collected sensor data. This facilitates seamless information exchange and sharing, while also supporting a wide range of effective data processing tasks. The network infrastructure includes both wireless and wired transmission methods, leveraging advanced data management and processing technologies to handle storage, querying, analysis, mining, and interpretation of sensor-layer data—ultimately empowering data-driven decision-making and actions. Relying on the low latency, high speed, and massive connectivity features of 5G networks, this solution addresses diverse wireless networking needs across two primary operational environments: open-pit and underground settings.

● Cloud Foundation: At the data layer, the cloud foundation addresses the issue of data silos among systems within the mining operation. It seamlessly integrates and manages data from various systems, enabling comprehensive data refinement, analysis, and centralized control. This process transforms raw data into valuable enterprise assets and actionable insights, directly supporting intelligent mining operations. By resolving the challenge of "data aggregation, management, and utilization," the cloud foundation eliminates redundant technical development, streamlines technology iteration and upgrades, and allows for on-demand service expansion—ultimately fostering a more open and flexible technical architecture. Ultimately, the cloud foundation’s value lies in helping enterprises maintain and enhance their operational efficiency and innovation capabilities amid fierce market competition.

● Application: The system application layer is the core of the smart mine, providing a versatile, industry-specific foundational platform tailored for the mining sector. Through advanced features like equipment management, connectivity management, and data analytics services, it enables critical business processes such as safety monitoring and control, personnel tracking, and emergency broadcasting. Additionally, it offers standardized interfaces and self-service portals to empower smart mine operations. This layer effectively integrates various automation systems while seamlessly aligning with existing management information systems, enhancing monitoring and scheduling capabilities across auxiliary transportation, surface storage, loading, transportation, and washing processes. Ultimately, it strengthens the mine’s ability to optimize production scheduling and decision-making, boosting both operational efficiency and overall management effectiveness—key factors that elevate the mine’s market competitiveness and propel coal mining enterprises significantly forward in their journey toward comprehensive digital transformation.

● Business Platform: The business platform layer is the cornerstone of the entire smart mine, leveraging analyzed and processed sensor data to provide managers with rich, tailored services and decision-making insights—ultimately driving the vision of building a truly intelligent mine. By seamlessly integrating all mine-related information, the business platform enables efficient and strategic operations, including decision-making and command, safe production, comprehensive centralized control, intelligent inspections, and scientifically optimized business management.