Automatic power grid dispatching electronic token confirming method based on network token issuing

Abstract

The invention discloses an automatic power grid dispatching electronic token confirming method based on network token issuing. The automatic power grid dispatching electronic token confirming method based on network token issuing comprises the following steps of (1) establishing a computer virtual user by using a power grid dispatching system through an electronic token repeating object when an electronic token is issued from a repeating link; and (2) automatically confirming the electronic token transmitted from a current repeated side through the computer virtual user and transmitting the electronic token to a next link, which is a power station side confirming link or a dispatching side token collecting link, of a procedure. With the aid of an automatic verification function of network communication, integrity and correctness of data of the repeating link are guaranteed, so that the necessity of manual intervention of confirming operation after repeating is reduced. By the method of automatically confirming and transmitting the electronic token by the virtual user, the work efficiency of a dispatching operation command issuing procedure is improved under the condition that the safety of a system is not affected, and the application prospect is good.

Description

technical field [0001] The invention relates to a method for automatically confirming a power grid dispatching electronic order based on a network order, and belongs to the technical field of power grid dispatching. Background technique [0002] At present, some areas adopt the traditional telephone order mode, and some areas adopt the network order mode. These two methods all use the eight-step process of dispatcher ordering-factory station repeating-dispatcher confirmation-factory station confirmation-factory station reporting operation results-dispatcher repeating-factory station confirmation-dispatcher receiving orders, but there are still The disadvantages are as follows, [0003] (1) Adopting the traditional telephone ordering mode, with the expansion of the grid scale, it is easy to form telephone queues and "traffic jams"; at the same time, there are dangers such as voice ambiguity, lack of information, monitoring blind spots, misreading, misrecording, and misun...

AI Technical Summary

Problems solved by technology

[0003] (1) Adopting the traditional telephone ordering mode, with the expansion of the grid scale, it is easy to form telephone queues and "traffic jams"; at the same time, there are dangers such as voice ambiguity, information loss, monitoring blind spots, misreading, misrecording, and misunderstanding. It can no longer adapt to the development requirements of modern large power grids;

[0004] (2) The current network ordering mode still adopts the same business process and functions as the telephone ordering mode in terms of implementation, and has not fully utilized the advantages of the information system in simplifying business processes and improving work efficiency.

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