基于VR技术的电力系统异常情况巡检系统设计

为有效提高电力异常情况巡检系统的数据读取效率和系统稳定性,提出了基于VR技术的电力系统异常情况巡检系统。在硬件部分,设计服务器端口模块和数据通信接口模块,实现对电力系统异常情况的检验、采集和传输;在软件部分,制定异常数据巡检流程,输入VR全景巡视信息,通过系统分析实现对异常情况的读取。仿真测试结果显示,相比于其它巡检系统,所提系统对异常数据的读取效率大大提高,巡检过程受外界干扰较小、输出结果有效性更强、系统运行过程稳定性较高。

Design of Power System Anomaly Inspection System Based on VR Technology

In order to effectively improve the data reading efficiency and system stability of the power anomaly inspection system, a power anomaly inspection system based on VR technology is proposed. In the hardware part, the server port module and data communication interface module are designed to realize the inspection, collection and transmission of abnormal situations in the power system. In the software part, develop the abnormal data inspection process, input the VR panorama inspection information, and realize the reading of the abnormal situation through system analysis. The simulation results show that compared with other inspection systems, the system''s reading efficiency of abnormal data is greatly improved, the inspection process is less disturbed by external interference, the output is more effective, and the system operation process is more stable.