Power-plant electric quantity statistics method

Abstract

The invention provides a power-plant electric quantity statistics method. The method comprises the following steps of step100, acquiring each power plant information and each power-plant electric quantity information; step200, distributing each power plant submission sequence and submission time; step300, submitting the each power-plant electric quantity information; step400, verifying and calculating each power-plant submitted electric quantity information; and step500, adjusting each power plant submission sequence and the submission time. By using the method of the invention, according to a power plant quantity, an important degree of a power plant and a power-plant electric quantity parameter, local power plant submission sequences and submission time are intelligently distributed, power-plant electric quantity submission statistics time is saved and power-plant electric quantity statistics efficiency is increased.

Description

technical field [0001] The invention relates to the field of electric power, in particular to a power plant electricity statistics method. Background technique [0002] In recent years, the scale of the State Grid has been expanding day by day, and the number of new grid-connected local power plants and generators has increased year by year. However, dispatchers use the traditional reporting method of local power plant electricity by answering phone records and manually entering the system, but it is time-consuming and labor-intensive. It is not suitable for large-scale power grid dispatching work. [0003] During the period when severe weather often raids the national grid, such as the period of frequent summer rainstorms every year, due to the relatively concentrated reporting time of local power plants, dispatchers need to spend a lot of energy on reporting electricity. If there is a sudden power grid failure during the period, local power plant electricity report calls...

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Problems solved by technology

[0003] During the time period when bad weather often raids the national grid, such as the period of frequent summer rainstorms, the dispatcher needs to spend a lot of energy on reporting electricity due to the concentrated reporting time of local power plants

If there is a sudden power grid failure during the period, local power plant electricity report calls, equipment unit inspection reports, and monitoring abnormal fault information report calls will swarm. The dispatchers with a limited number will inevitably have no skills, which will inevitably affect the normal and orderly handling of accidents. progress, delay the speed of accident handling, and even affect the safe operation of the power grid

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