Wind and light storage integrated supervision system based on smart energy consumption

Abstract

The invention discloses a wind and light storage integrated supervision system based on smart energy consumption, relates to the technical field of supervision, solves the technical problem that the stored electric quantity of each power consumption area cannot be reasonably matched in the prior art, and judges the power consumption and frequency of each area so as to analyze the power consumption intensity of each power consumption area. Electric energy is stored according to the power consumption intensity, and the situation that the electric energy storage amount corresponding to an area with high power consumption intensity does not meet the requirement is prevented; the electric energy storage corresponding to each type of power utilization area is analyzed, so that the situation that the electric energy storage of the high-intensity power utilization area cannot meet the requirement and consequently the power utilization efficiency is reduced is avoided, and meanwhile, the situation that the electric energy storage of the low-intensity power utilization area exceeds the requirement and consequently the storage cost is wasted is avoided; and the power transmission and the power consumption cost consumption of each power consumption area are judged, so that a processing mode of reasonably selecting the residual electric quantity is carried out for each power consumption area, and the unnecessary cost of regional power consumption is reduced on the whole.

Description

technical field [0001] The invention relates to the technical field of supervision, in particular to a wind-solar-storage-integrated supervision system based on smart energy utilization. Background technique [0002] With the vigorous promotion of the smart grid, the efficient operation of the wind-solar-storage micro-grid system in the grid-connected mode can improve the utilization rate of new energy such as green energy living quarters, new energy factories, wind farms, and photovoltaic power stations, and increase power generation efficiency; The stable operation of the grid system in the island mode provides the best solution for solving the power shortage problem in remote mountainous areas, offshore drilling platforms, islands far away from the mainland and other areas that cannot be covered by traditional grids, and has very good market prospects and economic benefits; Among them, the integration of wind and storage is already a common way of electricity consumption,...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the problem by proposing a wind-solar-storage-integrated supervision system based on smart energy utilization, which can judge the power consumption and frequency of each area, thereby analyzing the power consumption intensity of each power-consuming area, and Carry out electric energy storage according to the power consumption intensity to prevent the corresponding electric energy storage capacity of areas with high power consumption intensity from not meeting the demand, thereby increasing the risk of insufficient power supply; analyze the corresponding electric energy storage of various types of power consumption areas to avoid high-intensity power consumption areas The energy storage in the low-intensity power consumption area cannot meet the demand, thereby reducing the power consumption efficiency, and at the same time avoiding the power storage in the low-intensity power consumption area exceeding the demand, resulting in waste of storage costs; judging the power transmission and power consumption cost of each power consumption area, so as to provide Reasonably select the processing method of remaining power in each power consumption area, which reduces the unnecessary cost of regional power consumption as a whole

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