Operational decision making system of lumped control multi-type heterogeneous electricity communication network

Abstract

The invention provides an operational decision making system of a lumped control multi-type heterogeneous electricity communication network, belonging to the fields of communication network and electricity. The system comprises a master control board, an order wire board, a clock board, a light group circuit board, an electrical group circuit board, a cross connection plate, an optical cable overhauling execution controller, an equipment overhauling execution controller and a central controller. The operational decision making system of the lumped control multi-type heterogeneous electricity communication network provided by the invention realizes lumped management of operational states of multiple heterogeneous type communication networks, fault comprehensive adjustment and location and overall optimization configuration of network resource, operation of an electricity communication network in which multiple heterogeneous sub networks operate synchronously is systematically simplified, difficulty of operation and maintenance is reduced, development cycle of network construction is shortened, fault of the electricity communication network can be conveniently, logically and visually analyzed by a manager, and a decision making scheme can be conveniently made by a decision maker.

Description

technical field [0001] The invention relates to the fields of communication networks and electric power, in particular to an operation decision-making system for collectively controlling multi-type heterogeneous electric power communication networks. Background technique [0002] Facing the global problems of energy shortage, environmental pollution and ensuring energy supply, the efficient utilization of energy is highly valued by countries all over the world. my country also proposes to cultivate emerging industries such as smart grid and low-carbon technology as a national development strategy. [0003] The development of the power industry has become an important link related to national energy security and economic development. With the improvement of the degree of electric power automation, the construction, development and management of the electric power communication network as its system support are highly valued. Therefore, how to use advanced communication tech...

AI Technical Summary

Problems solved by technology

[0005] Due to the complex connection relationship of the actual power communication network, the diversity of network topologies, the multiplexing of optical cables, the diversity of optical core connections (jumper connection, T connection, etc.), and the development of communication technology and the phased construction and transformation of The reason is that the power communication network is composed of multiple heterogeneous subnets, each subnet contains a variety of equipment, and the interconnection of each equipment is also complicated; at the same time, due to various reasons, such as: ground cable flooding caused by natural damage, Communication failures often occur due to hang-ups caused by various reasons; and during the construction period, sometimes it is necessary to artificially modify some equipment or optical paths for expansion or transformation

These reasons make it extremely complicated and difficult to fully grasp the connection and actual operation mode of the power communication network, which ultimately increases the development cycle of network construction and the difficulty of operation and maintenance.

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