Intelligent power utilization system and implementation method therefor

Abstract

The invention relates to an intelligent power utilization system and an implementation method therefor. The method comprises the steps that intelligent power utilization sub-stations obtain the powerutilization information transmitted by intelligent power utilization equipment in an area under administration, gather the information, and upload the information to connected intelligent power utilization management main stations; each intelligent power utilization management main station receives the power utilization information uploaded by the intelligent power utilization sub-stations, gathers the information and uploads the information to a scheduling control system; the scheduling control system generates a main station load regulation and control task according to the power utilizationinformation and the total demands of load regulation and control, and transmits the main station load regulation and control task to the corresponding intelligent power utilization management main station; each intelligent power utilization management main station decomposes the received main station load regulation and control task into sub-station load regulation and control tasks, and transmits the sub-station load regulation and control tasks to the corresponding intelligent power utilization sub-stations; each intelligent power utilization sub-station decomposes the received sub-stationload regulation and control task into electric appliance load regulation and control tasks and transmits the electric appliance load regulation and control tasks to the corresponding intelligent powerutilization equipment. According to the invention, the system and method improve the feasibility of intelligent power utilization practically and effectively.

Description

Technical field [0001] The invention relates to electricity usage information technology, in particular to an intelligent electricity usage system and an implementation method thereof. Background technique [0002] With the development of controllable load, energy storage and electric vehicle technology on the power user side, based on advanced communication and information technology, some electrical equipment that was difficult to control in the past has gradually been transformed into intelligent electrical equipment that can be automatically adjusted according to user wishes and needs . Intelligent electricity usage information collection is an important part of intelligent electricity usage technology. However, the current collection of electricity consumption has a single source (mainly from electricity meters) and single information (mainly electricity information), which is limited to remote meter reading, charging services, and user energy Basic applications such as ene...

AI Technical Summary

Problems solved by technology

[0003] At the same time, the power grid dispatching system lacks direct and sufficient information communication with the demand side, and the dispatching is still in a state of lack of information on the user side. Since the electricity consumption information only includes the user's electricity data, the dispatching department only knows the total amount of users in a specific time period. load, without knowing other information of user-side resources, it is impossible to determine the scale of controllable load that can be dispatched, and it is also impossible to know the exact location of controllable load, so it is difficult to effectively and fully utilize the potential of demand-side response; in addition, due to short-term Due to the limitation of power generation plan decision-making time, it is difficult for the demand side and the grid side to frequently exchange demand-side response information and grid dispatching plan information in a short period of time. The dispatching department cannot accurately locate the peak-shifting capabilities of users at each node, and can only predict through load demand elasticity The response effect on the user side, the controllable load as an effective resource for the consumption of renewable energy has not been fully utilized

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