Power transmission and transformation project environmentally sensitive area monitoring control system and method based on big data technology

Abstract

The invention discloses a power transmission and transformation project environmentally sensitive area monitoring control system and method based on the big data technology. The system is configured to manage all the sensitive areas within the power transmission and transformation project, the power transmission and transformation project data, and the coverage layer data; the environment monitoring data and the environmental protection dispute data are recorded and updated, data synchronizations and interactions are conducted through an interface and a grid environmental protection management subsystem, the grid environment is updated and data are protected, through the connection of the interface and the country network GIS platform, three dimensional Cartesian coordinate system conversions are performed on the data of the country network GIS platform, the power transmission and transformation project layers and geographical location information are invoked in real time; the obtained power transmission and transformation project data, the coverage layer data, the environmental monitoring data, the environmental protection dispute data, and the geographical information data are integrated to make them to appear on the same coverage layer. According to the environmentally sensitive area monitoring control system, the many information in the current power transmission and transformation project can be displayed in unification, different information can be integrated in the map to achieve data integration real.

Description

technical field [0001] The invention relates to a monitoring system and method for environmentally sensitive areas of power transmission and transformation projects based on big data technology. Background technique [0002] With the development of my country's electric power industry, the capacity of the power grid is getting larger and larger, the distance of transmission is getting farther and farther, the voltage level of transmission lines is also increasing, and the construction scale of high-voltage substations and overhead transmission lines is constantly expanding. Coupled with the influence of social factors such as economic development and population growth, it has become a general trend for new power transmission and transformation projects to gradually approach densely populated areas. In recent years, many cities have carried out the reconstruction and expansion of the power supply network. Substations have gradually been built from the suburbs to the urban are...

AI Technical Summary

Problems solved by technology

[0006] Thirdly, in terms of electromagnetic environment monitoring in power transmission and transformation projects, the climatic limitations of electromagnetic environment parameter monitoring, the wide variety of measuring instruments, the complexity of measurement tasks and scattered data information, the difficulty in generating reports, the inability to achieve batch operations in data entry, and the monitoring data cannot be real-time display to the public

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