Power station monitoring equipment and power station monitoring system

Abstract

The invention provides power station monitoring equipment and a power station monitoring system. The power station monitoring equipment comprises a power supply module, an external environment monitoring module, a data interaction module and a transformer substation operation condition monitoring module. The power station monitoring system is provided with a multilevel management center. The IP network and the 4G network act as the core, multiple advanced technologies of computer, communication, internet, digital multimedia, storage and information security are integrated, accessing of the monitored resources through the optical network, the ethernet, the wireless network and multiple other modes is supported and the discrete and independent monitoring acquisition points are networked so that cross-regional and wide-range unified monitoring, unified storage, unified management and resource sharing can be realized. The clear and visual management mode can be provided for the user of various industries so that the decision time can be shortened, the working efficiency can be enhanced and the security level of the monitoring area can be enhanced.

Description

technical field [0001] The invention relates to a control platform in the field of electric power control, in particular to a power station monitoring device and a monitoring system. Background technique [0002] At present, with the expansion of various large-scale engineering projects, heavy industries, residential buildings and other facilities in the world, the corresponding power supply industry has also developed rapidly. On the one hand, the rapid increase of substations has expanded the number of power transmission and transformation equipment; and volume challenges. [0003] The existing comprehensive EMS (Energy Management System), PMU (Synchronized Phasor Measurement Unit) and relay protection have gradually realized the intelligentization of power transmission and transformation, that is, telemetry, remote signaling, remote control, and remote adjustment. However, in the face of the requirements of today's social development and life, it is far from enough to o...

AI Technical Summary

Problems solved by technology

However, in the face of the requirements of today's social development and life, it is far from enough to just focus on the amount of data such as voltage and current. On the one hand, it is impossible to make correct and reasonable scheduling of electricity consumption; In the event of fire, flood and unpredictable natural disasters, according to the current stage of "unattended" and "less-attended", life and property will be seriously threatened because they cannot respond quickly and in time

[0004] To be more precise, because there is no way to grasp the real-time operation of the substation and the changes in the environment in real time, especially because it can only be collected through vision, and because there is no way to carry out remote video monitoring, it will be impossible to understand the impact of high-voltage transmission in time on the growth of high trees. The threat of power substation lines, the danger of man-made damage to power transmission and transformation equipment cannot be captured and prevented in time, and the problem of inability to manually inspect lines still exists when encountering freezing rain and snow

However, high-voltage transmission and transformation lines are usually far away from residential areas. If there are special maintenance personnel to take care of them, it will not only increase the cost, but also be detrimental to the personal safety of maintenance personnel.

Therefore, it is difficult to improve the work efficiency and safety monitoring level of the power system

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