Information-communication integrated supporting platform of intelligent power grid

Abstract

The invention relates to an information-communication integrated supporting platform of an intelligent power grid. The information-communication integrated supporting platform comprises a network control and data acquisition layer, a platform layer and a management application layer which are arranged from the lower layer to the upper layer in sequence. All lower layers provide information services to the corresponding upper layers, receive instructions of the upper layers and carry out corresponding actions, and all the upper layers and all the lower layers are connected by real-time data buses in a communication manner; the network control and data acquisition layer acquires data and transfers the data to the platform layer; the platform layer provides a universal management tool, calls the data by adopting a classified manner in use and transfers the data to corresponding modules of the management application layer; the management application layer is connected with the platform layer by a data bus, analyzes and processes the data called from a data storage module, and carries out visualized display by a visualized data display platform. The information-communication integrated supporting platform comprises two main special information and service fusions in information communication, forms a unified system structure, and has the advantages that the repeated utilization of a multifunctional module is realized by one-time information acquisition, and resource waste caused by multi-time data acquisition is avoided.

Description

technical field [0001] The invention belongs to the field of electric power system computer networks, and in particular relates to an integrated support platform for information communication of a smart grid. Background technique [0002] The two majors of traditional information and communication are responsible for their own system operation, maintenance and scheduling management. The management is scattered, the links are complicated, the fault location is slow, and the work specifications are independent; the existing power information monitoring system cannot realize the centralized monitoring of the information and communication. Unified scheduling and standardized management; information and communication system operation support tools are therefore scattered in content, different in operation, and inconsistent in platform standards, making it impossible to achieve efficient management and control. [0003] With the development of the company's network, the network ca...

AI Technical Summary

Problems solved by technology

[0002] The two majors of traditional information and communication are responsible for their own system operation, maintenance and scheduling management. The management is scattered, the links are complicated, the fault location is slow, and the work specifications are independent; the existing power information monitoring system cannot realize the centralized monitoring of the information and communication. Unified scheduling and standardized management; information and communication system operation support tools are therefore scattered in content, different in operation, and inconsistent in platform standards, making it impossible to achieve efficient management and control

[0003] With the development of the company's network, the network capacity is becoming larger and larger, and new equipment emerges in an endless stream. Information and communication lines are gradually developing towards high density, optical fiber, area density, and routing complexity. With the rapid development of technology and network construction, the network After the construction is completed, the management of the network is relatively lagging behind, and the professional equipment is relatively independent. The company is not clear about the status of various resources it owns, especially lacks the grasp of the peripheral network resources and the lack of quick access to various data of the local network. The effective means and methods of the network, and the network mode of the whole network and the gradual improvement of system requirements have brought new challenges to our company to comprehensively provide combined services, and the control of its own network resources has gradually become the main obstacle restricting business development.

In addition, the existence of these problems has caused great difficulties to the operation and maintenance of the local network on the one hand, making the operation and maintenance costs remain high; on the other hand, it has also caused a large amount of idle and waste of network resources, affecting the further construction and planning of the network

When customers put forward business requirements, the response is often slow, and the service quality is difficult to satisfy customers. The combination of multiple services is scattered in various professional departments, and it takes a lot of time to go through the process between professional departments, which virtually affects the opening of the business, thus Affects the image of start-ups

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