Local unified management method of power distribution equipment based on edge computing technology

Abstract

The invention discloses a local unified management method of power distribution equipment based on an edge computing technology. A power transmission network is configured with power transmission network end conventional signal acquisition equipment, power transmission network end intelligent signal acquisition equipment and power transmission network end intelligent control transceiving equipment; the high-voltage power distribution network is provided with a high-voltage power distribution network end conventional signal acquisition device, a high-voltage power distribution network end intelligent signal acquisition device and a high-voltage power distribution network end intelligent control transmit-receive device. The medium-voltage power distribution network is provided with medium-voltage power distribution network end intelligent signal acquisition equipment, medium-voltage power distribution network end conventional signal acquisition equipment, medium-voltage power distribution network end conventional control transceiving equipment and medium-voltage power distribution network end intelligent control transceiving equipment. The low-voltage power distribution network is provided with low-voltage power distribution network end intelligent signal acquisition equipment, low-voltage power distribution network end conventional signal acquisition equipment, low-voltage powerdistribution network end conventional control transceiving equipment and low-voltage power distribution network end intelligent control transceiving equipment. According to the method, edge calculation and unified management are combined, and efficiency and benefits are both considered.

Description

technical field [0001] The invention relates to the field of electric power, in particular to a local unified management method of power distribution equipment based on edge computing technology. Background technique [0002] With the rapid development of power technology, the number of power equipment assembly is increasing geometrically. More monitoring equipment is needed to monitor the working status and operation status of power grids at all levels. If this power equipment is managed, it will become an important issue for power development. [0003] Cloud computing is to centralize and upload scattered data for unified calculation and processing. It has high requirements on the network, but it can concentrate resources, reduce energy consumption, and make management simple and safe. [0004] Frontier calculation emphasizes the distributed calculation of each module, which can quickly feed back data results, but the accumulated energy consumption is large and the informa...

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Problems solved by technology

[0004] Frontier calculation, which emphasizes the distributed calculation of each module, can quickly feed back data results, but the accumulated energy consumption is large and the information sources are scattered, which is not conducive to statistical management. In addition, there are certain security risks

[0005] For the electric power industry, due to its large investment, wide distribution, many types of equipment used, many manufacturers, complex performance, and high maintenance difficulty, it is impossible to replace or upgrade equipment across the board.

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