Regional power grid source network load storage multivariate coordination ubiquitous scheduling control system

Abstract

The invention discloses a regional power grid source network load storage multivariate coordination ubiquitous scheduling control system, which comprises a decision-making layer, a micro-grid coordination control layer, and an equipment layer. The decision-making layer is used for acquires operation data of each control object device from the micro-grid coordination control layer, predicting renewable energy output and load requirements in a region, completing peak regulation and frequency modulation, reserve capacity coordination control and power transaction security check, carrying out day-ahead and intra-day collaborative optimization scheduling on each control object, and issuing a control target to the micro-grid coordination control layer. The micro-grid coordination control layer is used for realizing uploading of operation data of equipment in the micro-grid to the decision-making layer, realizing the internal coordination control and economic dispatch of the micro-grid, decomposing the decision-making layer control instruction and issuing the instruction to the equipment layer. The equipment layer is used for acquiring related equipment operation data and uploading the data to the micro-grid coordination control layer; executing a control instruction of the micro-grid coordination control layer; and island operation of the equipment in emergency is supported. According to the invention, global coordination optimization control under a multi-dimensional target can be realized, and the new energy acceptance capability and the power grid operation economy are improved.

Description

technical field [0001] The invention relates to the field of power system analysis, in particular to a ubiquitous dispatching control system for multi-coordination of source, network, load, and storage in regional power grids. Background technique [0002] The current power grid dispatching basically adopts the traditional dispatching mode of "source follows the load and only adjusts the centralized power generation", which mainly dispatches the centralized power generation and the power grid, and the load and energy storage are not included in the dispatching category for the time being. For urban power grids with typical grid characteristics, there are the following problems: the peak-to-valley difference of the grid is large and continues to grow year by year; the proportion of new energy is increasing year by year; there are many heating units and the peak-shaving capacity is limited, so the peak-shaving situation of the grid is severe , the existing scheduling mode has ...

AI Technical Summary

Problems solved by technology

For urban power grids with typical grid characteristics, there are the following problems: the peak-to-valley difference of the grid is large and continues to grow year by year; the proportion of new energy is increasing year by year; there are many heating units and the peak-shaving capacity is limited, so the peak-shaving situation of the grid is severe , the existing scheduling mode has been difficult to alleviate the contradiction between load characteristics and peak shaving demand

However, there are still obvious deficiencies in the application of source-network-load-storage collaborative control technology and the construction of market incentive guarantee mechanism.

In particular, at present, there is a lack of a multi-coordination system for source-grid-load-storage at the global level of the regional power grid at home and abroad to solve the above problems

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