Construction of Panoramic Sensing System for Intelligent Power Distribution Room Based on 3D Panoramic Technology

Power grid itself has the characteristics of geographical and spatial distribution, and the requirements for three-dimensional visual display and three-dimensional analysis are getting higher and higher in power grid work. Equipment failure or potential safety hazard can not be handled in time and effectively, which may lead to the expansion of accident impact, resulting in serious economic losses and huge power outage impact. The purpose of this article is to build a panoramic sensing system for intelligent power distribution room based on 3D panoramic technology, so as to improve the operation and maintenance management level of power distribution. Based on this, this article puts forward an intelligent image feature recognition algorithm based on neural network technology to realize the monitoring of dangerous scenes in intelligent distribution room. The experimental results show that the accuracy of this algorithm is above 90%, and the recall rate is also at a high level, which is more than 15% higher than the traditional SVM algorithm. The recognition time, efficiency and accuracy of this method are superior to the traditional recognition methods, and it has certain advantages. It is proposed that the panoramic sensing system of building intelligent power distribution room can remotely monitor and manage the equipment status and operating environment of each substation, and grasp the operating situation of power distribution room in real time and accurately.