Research on optimal layout of Video Surveillance in the Smart Grid based on Multi-dimensional Evaluation Objectives

Abstract

The video surveillance is a key technology, which is one of the design technology for the ubiquitous perception and acquisition of panoramic information in the smart grid. The remote video surveillance technology and power automation systems such as remote control, telemetry, remote sensing and remote signal, which ensure the normal operation of the whole smart grid, can greatly improve the security of important substations or unmanned substations. At present, there is not a unified standard for video surveillance layout of the smart grid. The video surveillance system in each area is often arranged with reference to the requirements and habits of the operation and maintenance in the region. But, other important factors are not taken into account. In this paper, by constructing the objective function of multi-dimensional evaluation, the optimal layout scheme of video surveillance in the smart grid is obtained. Finally, the effectiveness of the proposed method is proved by the analysis of the cases.