This year’s Government Work Report proposes building a new form of a smart economy, deepening and expanding "AI+," and creating an upgraded version of "5G+Industrial Internet."
Under the guidance of China’s "New Infrastructure" strategy, Luculent Smart, based on an integrated "cloud-edge-device" architecture, focuses on high-value scenarios such as production optimization, equipment fault prediction, and energy consumption optimization. It fully unleashes the enabling effects of Industrial AI, vigorously advances the deep integration and innovative application of "5G + Industrial Internet," and builds a Pro version smart factory equipped with self-perceiving, self-learning, self-deciding, self-executing, and self-adapting capabilities, thereby driving the high-quality development of intelligent manufacturing and comprehensive industrial upgrading.
5G + Drones: "Aerial Guardians" for Smart Inspection and Automated Operations
In vast photovoltaic power stations, drones navigate through the "blue ocean" of solar panels along pre-set routes, accurately detecting hidden hot spots and faulty components, silently safeguarding the safe operation of the power station.
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As the scale of photovoltaic power stations expands, traditional manual inspections are time-consuming, labor-intensive, and lack precision, making it difficult to meet operational and maintenance demands. In response, Luculent Smart has developed a photovoltaic drone inspection system based on "5G+Industrial Internet" technology. Leveraging the high-speed transmission advantages of 5G, the system transmits high-definition video and image data in real time, enabling visual inspections. It automatically plans optimal inspection routes, supports remote task assignment and drone fleet scheduling from the platform, and is adaptable to multi-site cluster management, achieving "unified management under one network." Combined with Industrial AI algorithms, it accurately identifies potential hazards such as hot spots and component zero-current faults and quickly locates them, effectively avoiding missed or false detections. Upon identifying defects, the system can generate inspection reports with one click and dispatch maintenance work orders. Maintenance personnel complete defect resolution and provide feedback via a mobile app, forming a closed-loop management process.
From takeoff to inspection to return, drones operate without manual intervention, significantly reducing the difficulty and intensity of operations and maintenance. This helps photovoltaic enterprises achieve an intelligent operation and maintenance model characterized by "unmanned duty, minimal personnel on standby, and regional maintenance."
5G + Industrial AI Visual Recognition: Weaving a 360° Digital Safety Net
Chemical plants are large, with complex equipment types and high volumes of personnel and vehicles... How can high-definition cameras be maximized to achieve a leap from "seeing clearly" to "understanding intelligently"? Luculent Smart fully leverages the high bandwidth, low latency, and high security of 5G networks, combined with the high precision of Industrial AI visual recognition. Covering all scenarios of "personnel, machinery, materials, methods, and environment," it builds a full-process closed-loop system of "intelligent monitoring, precise recognition, and coordinated response" to safeguard the intrinsic safety of the plant.
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Through 5G private network coverage, efficient and precise interaction among inspection, security, and production equipment is achieved, while ensuring the secure closed-loop processing of production data within the plant, eliminating the risk of data leakage at the source. Combined with IoT sensors, the Industrial AI visual recognition system can accurately capture early abnormal signals from equipment and identify unsafe behaviors such as failure to wear safety helmets, unauthorized entry into hazardous areas,违规 equipment operation, open flame operations, and leaks. This effectively avoids safety incidents caused by equipment aging, process fluctuations, and other factors.
The deep integration of "5G+Industrial Internet" enables intelligent safety management and control across all elements, processes, and lifecycles. It represents not only a technological upgrade but also a restructuring of management concepts and production models, driving safety management from "reactive response" to "proactive prevention."
5G + Equipment Fault Warning and Diagnosis: Predictive Maintenance Achieves "Preemptive Diagnosis"
Traditional equipment maintenance modes are either reactive ("no repair until failure") or planned ("regular overhauls")—the former often allows minor faults to escalate into major hazards, while the latter leads to over-maintenance and resource wastage. Addressing the needs of industrial upgrades, Luculent Smart has developed a smart mine predictive maintenance system. Like a "device doctor" on duty 24/7, it uses intelligent diagnostic capabilities akin to "observation, auscultation, inquiry, and palpation" to achieve "preemptive diagnosis" for equipment faults.
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Each device is equipped with a "health monitor" to capture operational data in real time, which is transmitted via 5G/Industrial IoT to the mine data center, providing the basis for subsequent diagnostics. The platform breaks through the traditional singular "pulse diagnosis" approach, innovatively integrating model-driven Industrial AI digital applications with multi-modal diagnostic technologies such as vibration, oil analysis, and acoustic fingerprinting. It not only accurately captures equipment operation trends but also comprehensively covers various types of faults in coal machinery equipment, precisely predicting the timing of faults, extending equipment lifespan, and ensuring stable and efficient operation.
Relying on the Suchang YaoGuang Large Model, the platform embeds a rich library of predictive maintenance strategies, scientifically guiding operations and maintenance, ensuring repairs are "tailored to the condition," and fundamentally solving industry challenges such as over-maintenance, inadequate repairs, and misdiagnosed faults. This achieves bidirectional optimization of maintenance costs and production efficiency. Meanwhile, the platform continuously accumulates and refines industry-specific knowledge and practical experience, automatically updating and optimizing, guiding new technical personnel to quickly get up to speed, enhancing professional capabilities, and driving mine operations and maintenance transformation from "experience-driven" to "data-driven" and "intelligence-driven."
Industrial AI → 5G+Industrial Internet Development
Based on its self-developed core Industrial AI technologies, Luculent Smart promotes the transition of "5G+Industrial Internet" integrated applications from "point breakthroughs" to "comprehensive penetration," providing strong support for the digital transformation of industries such as power, coal mining, chemicals, metallurgy, and equipment manufacturing. It empowers intelligent manufacturing and industrial chain collaboration, deepens the integration of technology and industry, and continuously activates new quality productive forces.
The deep development of "5G+Industrial Internet" relies on the collaborative efforts and ecosystem co-building of government, industry, academia, research, and application. Luculent Smart recommends increasing policy support for "5G+Industrial Internet" platform enterprises, opening up more typical application scenarios, promoting deep collaboration among upstream and downstream enterprises in the industrial chain, research institutions, financial institutions, and other stakeholders, forming innovation consortia, establishing excellent application case libraries, and accelerating the iterative upgrading of the industrial ecosystem through a "benchmark leadership + replication and promotion" model, enabling more enterprises to benefit from Industrial AI innovation achievements.
