Orderly power utilization load index distributing method and system

Abstract

The invention discloses an orderly power utilization load index distributing method and system. According to the invention, an existing load index distributing mode that the load index is distributed from cities to counties and then the load index is distributed from the counties to the towns is broken; a load index distributing mode that the load index is directly distributed from cities to users and user indexes are gathered to form town indexes and county indexes is used, so that the index distributing process is transparent and operable, and the fairness and impartiality of the index distributing result in the city range are guaranteed at a finest granularity. Meanwhile, the total load index is distributed by dividing into 3 types aiming at different user groups, and the effect of the response behavior of the orderly power utilization of the user groups are taken fully into account.

Description

technical field [0001] The invention relates to the field of electric power technology, in particular to a method and system for orderly electric load index distribution. Background technique [0002] Faced with the increasing demand for electricity, most regions in my country have regional, uncertain, and section overloaded electricity supply shortages. On the one hand, there are seasonal, time-period, and structural power shortages; on the other hand, due to the lack of reasonable guidance for users on the use of electric energy, the efficiency of power consumption is low, and production costs increase, resulting in imbalances in power supply and use. If you simply rely on expanding investment scale and increasing installed capacity to meet short-term peak power consumption, not only will you have to invest a huge amount of power construction funds, but also the cost of power generation and power supply will increase due to the continuous decline in the utilization rate of...

AI Technical Summary

Problems solved by technology

Whether the load indicator distribution process is transparent and whether the distribution results are fair and just directly affects the enthusiasm of users for active participation and the work efficiency and work quality of staff in orderly power consumption, which may eventually lead to unsuccessful or incomplete implementation of the plan

[0004] The traditional method is often based on some macro indicators or elements when assigning load indicators, such as the proportion of electricity consumption in each district, the relative proportion of the highest load, and the differences in the structure of the electricity industry. The principle of "limited insurance" may result in unfair distribution results

Moreover, the distribution process of the load index is prefecture-city→district-county→town-street, and the distribution mode from different districts and counties to each town-street will be different, which may lead to the load obtained by two towns and streets with roughly the same electricity consumption in different districts and counties. There is a large difference in indicators, which also leads to unfair distribution results

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