User load response incentive integral calculating method and system

Abstract

The invention provides a user load response incentive integral calculating method. The method includes the steps that a power grid electrical load curve and a power grid power supply maximum value of a next day are predicted, time periods with power grid electrical load values of the next day meeting preset conditions are screened out to serve as peak shifting electrical time periods according to the power grid electrical load curve and the power grid power supply maximum value, and starting time and ending time are determined; peak shifting electrical response time of the peak shifting electrical time periods are determined; a user electrical load curve of the next day is predicted, electrical load values of the peak shifting electrical response time on the peak shifting electrical time periods are obtained, and electricity consumption of user participated peak shifting electrical down-regulation on the peak shifting electrical time periods is further calculated; a user load response incentive integral is calculated according to the electricity consumption of user participated peak shifting electrical down-regulation on the peak shifting electrical time periods. By means of the method, the user load incentive integral is calculated, a promotional quantification method is formulated, and then electricity customers can voluntarily participate in the peak shifting electrical process.

Description

technical field [0001] The invention relates to the technical field of grid load detection, in particular to a user load response incentive integral calculation method and system. Background technique [0002] Peak staggered power consumption is based on the load characteristics of the power grid, through administrative, technical, economic and other means to transfer part of the load during the peak period of power grid consumption to the low-peak period of power consumption, thereby reducing the peak-valley load difference of the power grid. According to the principle of "for fixed use", the utilization rate of power generation and power supply equipment is maximized, the load rate of the power grid is increased, and the security and economy of the power grid are improved. [0003] At present, there are two main means of implementing peak-shifting power consumption on the power grid, one is economic means, and the other is administrative means. In economic means, use the ...

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Problems solved by technology

[0004] Due to the limitation of technical conditions, the traditional peak staggered power consumption is unilaterally formulated by the power company, and the customer's own wishes are rarely considered. Therefore, when the peak staggered plan is implemented, it is always enforced, and most of the loads that are staggered It is normal production electricity consumption, which makes the production plan of the enterprise likely to be disrupted

Once the enterprise arranges to work overtime during the low power consumption period at night, it will affect thousands of households. At the same time, there are still many non-important and interruptible loads in the power grid, which have not stopped running during the off-peak period.

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