Design and research on monitoring system of soil and water conservation measures in power grid engineering

Abstract

The characteristics of pipe network construction and the influence of power transmission and transformation project on soil and water loss were analyzed, and it was proposed that the filter head would produce a certain amount of soil and water loss. Based on the current status and characteristics of soil and water protection, as well as the related soil and water protection measures and monitoring schemes of power transmission and transformation projects, a reasonable and feasible soil and water protection management system of power transmission and transformation projects has been established. The present situation of water loss is objectively reflected in the construction project, and targeted measures are taken. Soil and water conservation measures provide scientific basis for reducing man-made soil and water loss caused by the construction of power grid. Considering the demand of environmental impact assessment and information management of water conservancy projects in the process of power grid engineering research and design and construction management, mobile GIS technology is used to further extend and expand the traditional environmental impact assessment and water conservancy protection platform. Data such as high-resolution images, basic geographic information, environmental assessment and water conservancy special data based on B/S architecture can be quickly uploaded to mobile terminals to realize offline data download, online map viewing and data functions. Field collection and automatic data upload in the era of mobile Internet smart grid environmental design and operation of a new way has been developed.