Industry Solution | Energy Sector (Integrated Smart Security & O&M Solution)

1. Overview

The energy sector—including oil & gas, power systems, and renewable energy—is a critical national infrastructure characterized by widely distributed assets, complex environments, high risk levels, and demanding maintenance requirements. With increasing threats such as UAV intrusion, unauthorized access, equipment aging, and extreme weather conditions, traditional security and inspection methods are no longer sufficient.

This solution is built on the core concept of “full-domain perception, intelligent analysis, proactive warning, and coordinated response.” By integrating low-altitude monitoring, intelligent security, and equipment condition sensing technologies, it delivers a comprehensive solution combining security protection, intelligent inspection, and operations & maintenance (O&M) management, enabling digital, visualized, and intelligent management of energy facilities.

2. Overall Architecture

The solution adopts a “Cloud + Edge + Device” architecture:

• Cloud Platform (Command & Management Center)
  Centralized data aggregation, analysis, decision-making, and visualization
• Edge Computing Nodes (Regional Processing Units)
  Localized processing for low-latency response and real-time analytics
• Front-End Devices (Terminal Layer)
  Including radar systems, optoelectronic devices, video surveillance, sensors, and UAV systems

The system forms a complete structure of:
Perception Layer – Network Layer – Platform Layer – Application Layer,
enabling unified access and coordinated management across regions and systems.

3. Core System Components

1. Low-Altitude Security System

• Low-altitude surveillance radar (pipeline, substation, wind farm coverage)
• RF detection system (UAV identification and pilot localization)
• Counter-UAV systems (jamming, spoofing, expulsion)

→ Prevents unauthorized UAV intrusion and sabotage

2. Intelligent Inspection System

• UAV-based automated inspection (power lines, pipelines)
• Fixed and mobile optoelectronic inspection devices
• AI-based image analysis (defect detection, anomaly recognition)

→ Improves inspection efficiency and reduces labor costs

3. Equipment Condition Monitoring System

• Infrared temperature monitoring (transformers, cable joints)
• Vibration monitoring (rotating machinery)
• Gas detection (oil/gas leakage)
• Environmental monitoring (temperature, humidity, wind speed)

→ Enables real-time monitoring and early warning of equipment conditions

4. Perimeter & Intrusion Protection System

• Intelligent video surveillance (AI-based intrusion detection)
• Fiber-optic vibration sensing systems
• Radar-based perimeter protection

→ Builds multi-layer defense for critical energy facilities

5. Energy Security Management Platform (Core System)

• Multi-source data fusion (radar + EO + video + IoT)
• GIS-based visualization
• Situational awareness and risk assessment
• Alarm linkage and emergency command
• O&M management and data analytics

→ Achieves integrated security and operational management

4. Core Capabilities

1. Full-Domain Perception

Covers airspace, ground, and internal equipment monitoring.

2. Intelligent Analytics

• AI-based defect detection
• Trend analysis
• Risk prediction
• Anomaly detection

3. Proactive Warning

Early detection and warning through multi-source data fusion.

4. Integrated Management

Unified platform for both security and O&M systems.

5. High Reliability

Adaptable to harsh environments (extreme temperatures, sand, humidity, salt spray).

6. Flexible Deployment

Supports fixed installations, mobile inspection, and unattended operation.

5. Typical Application Scenarios

• Oil & gas pipeline monitoring
• Oilfields and refinery security
• Substations and transmission line inspection
• Wind farms and photovoltaic plant O&M
• LNG stations and energy storage facility protection

6. Advantages

• Security + O&M Integration: From standalone security to integrated management
• Unmanned Operation: Reduces manual inspection costs
• Intelligent Upgrade: AI-driven analytics and decision-making
• Closed-Loop Workflow: Detection → Analysis → Warning → Response
• Independent & Secure: Fully self-developed core technologies

7. Conclusion

This solution transforms energy facility management from reactive response to proactive prevention, significantly improving safety and operational efficiency.

With the advancement of AIoT and digital energy, it will become a key foundation for the digital transformation of the energy sector.