Power load distribution method and device, computer equipment and storage medium

Abstract

The invention relates to a power load distribution method and device, computer equipment and a storage medium. The method comprises the steps of obtaining a power utilization rule of a target power station in a current region within a first preset duration; generating target prediction data according to the power utilization rule in the first preset duration and the reference power utilization rule of a non-target power station in the current region in the second preset duration or the reference power utilization rule of any power station in the non-current region in the third preset duration; organizing the target prediction data to generate prediction operation data and a power distribution scheme of the target power station; and performing power distribution on the target power station according to the predicted operation data and the at least one power distribution scheme. Compared with a traditional mode of carrying out power distribution through a parameter table, the scheme utilizes the power utilization rule of the target power station and the reference power utilization rule of other power stations to predict the operation data of the target power station, and carries out power distribution on the target power station according to the predicted data, so that the effect of improving the reasonability of power load distribution is realized.

Description

technical field [0001] The present application relates to the field of electric power technology, and in particular to an electric load distribution method, device, computer equipment and storage medium. Background technique [0002] Electricity is one of the important resources to maintain the normal production of our country and the daily life of the people. In the process of electricity consumption, there will be peak and valley periods of electricity consumption. In order to maintain the normal operation of electricity consumption, it is necessary to allocate peak and valley loads of electricity consumption. At present, the power supply bureau allocates peak and valley loads based on the power station data in the region. The power supply bureau uses the power parameter table to provide data support for reasonable peak-valley adjustment. [0003] However, although the scale and coverage area of ​​the completed power station are basically determined, with the rapid complet...

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Problems solved by technology

[0003]However, although the scale and coverage area of ​​the completed power station are basically determined, with the faster completion of new buildings in China and the rise of new industries, the use of The rapid changes in electricity laws have affected the electricity consumption data collected by power stations in the current area. The power supply bureau formulates the peak-valley adjustment strategy according to the above-mentioned traditional method, which obviously lags behind the update speed of electricity consumption data, resulting in unreasonable power distribution.

[0004]Therefore, the current power load distribution method has the defect of insufficient rationality of distribution

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