Research and application of emergency system for power optical cable transmission faults based on dynamic self-regulation technology

This study discusses the design and application of an emergency system for power optical cable transmission faults based on dynamic self-regulation technology. By analyzing the current status of power optical cable transmission faults and combining the theoretical basis of dynamic self-regulation technology, a system architecture including a monitoring center, a fault detection module, an emergency processing module, and a data storage management module is designed. The system adopts real-time data acquisition and processing technology, and realizes accurate detection and rapid emergency processing of faults by dynamically adjusting the detection algorithm. In the experimental setting, the fault detection accuracy and emergency response time of the system when dealing with short circuit, open circuit and grounding faults are verified through detailed experimental design and data analysis. The experimental results show that the system exhibits high accuracy and rapid response capabilities in various fault scenarios. The research conclusion shows that the power optical cable transmission fault emergency system based on dynamic self-regulation technology can effectively improve the reliability and safety of power transmission, and provide technical support for the construction of smart grids.