Recently, Inner Mongolia Intelligent Operation and Maintenance New Energy Co., Ltd. held a scientific and technological achievement launch conference, officially unveiling the New Energy Intelligent Operation Platform.

This platform was jointly developed by Inner Mongolia Intelligent Operation and Maintenance Company and Luculent Smart Technology Co., Ltd. Driven by both AI and data, it creates a new intelligent operation and maintenance system for new energy stations that is "monitorable, manageable, warning-capable, and optimizable," empowering the industry to improve quality, increase efficiency, and transition towards low-carbon development.

Operational Mode Upgrade: The "Super Brain" of Intelligent Operation and Maintenance

Three Major Mode Transformations Reshape the O&M System

From "Decentralized and Isolated" to "Unified Centralized Control." The platform builds a new, unified operational foundation across the entire domain, enabling unified monitoring and dispatch of wind farms, photovoltaic power stations, and energy storage stations nationwide. This significantly reduces personnel input, lowers operation and maintenance costs, and forms a positive closed loop featuring hierarchical control, process supervision, experience feedback, and continuous improvement.

From "Reactive Maintenance" to "Predictive Maintenance." The platform deeply integrates industrial internet and artificial intelligence technologies. It deploys 22 warning models for 7 core components of wind power; constructs a detection system for 3 types of photovoltaic equipment with 8 models and over 40,000 instances; and focuses on parameters like battery cell lifespan for energy storage to establish health assessments, enhancing equipment reliability.

From "Experience-Dependent" to "Data-Driven." The platform integrates 27 million real-time measurement points, building a powerful unified data center. Through in-depth energy efficiency analysis such as wind power curve analysis and photovoltaic inverter efficiency calculation, it precisely mines power generation potential, providing a scientific basis for operational decision-making.

Scenario Value Realization: "Precision Surgery" with Intelligent Diagnosis

Four High-Value Applications Empower Frontline Operations

The platform deeply integrates intelligent technology into business scenarios. Through high-value applications, it achieves dual improvement in operational efficiency and decision-making levels, allowing frontline personnel to truly experience the convenience and precision brought by digitalization.

Accurate Fault Localization, Identifying Root Causes. The platform integrates multiple diagnostic methods such as equipment mechanism models, vibration signal analysis, and operational condition data. It can accurately pinpoint the root cause of faults and associate alarms with specific components through 3D visualization technology, greatly enhancing diagnostic accuracy.

Intelligent Decision Support, Automatically Generating Solutions. Based on a vast industry knowledge base and maintenance experience, the platform can automatically generate diagnostic reports and push handling suggestions, including tools, spare parts lists, and safety measures. This empowers on-site personnel to quickly resolve issues, significantly reducing fault downtime.

Intelligent Operation Optimization, Improving Power Generation Efficiency. Through intelligent models like unit operation optimization and AI power prediction, the platform can intelligently analyze issues such as photovoltaic shading and dust losses, proactively suggesting operational strategies to enhance equipment reliability and the economic operation level of the entire station.

Panoramic Visual Decision-Making, A Single Screen for an Overall View. The platform creates a "centrally monitored, vertically penetrating" system, providing a "single-map" style global overview for group, regional, and station levels. It enables one-stop visual management of key indicators, business status, and risk warnings, supporting refined operations.

The platform's exceptional capabilities stem from its solid underlying AI technological strength. Through technological innovations like adaptive threshold mining and high-frequency vibration analysis, it dynamically optimizes alarm boundaries on one hand, effectively overcoming false positives and missed alarms caused by manually set "one-size-fits-all" thresholds. On the other hand, it improves diagnostic precision, enabling the identification of minor early-stage defects such as those in bearing outer rings. Simultaneously, the deep integration of large models with the new energy knowledge base supports natural language interaction. Operation and maintenance personnel can access professional knowledge "at their fingertips" through intelligent Q&A.

The road is long and winding; the traveler never stops. In the future, Luculent Smart will continue to iterate platform capabilities, deepen AI applications, and work with industry partners like Intelligent Operation and Maintenance Company to propel the new energy industry towards a new stage of "comprehensive perception, intelligent warning, precise diagnosis, and efficient operation," contributing to the construction of a clean, safe, and efficient new-type power system.