Distributed electromobile regulation system and method facing electric energy service platform

Abstract

The invention discloses a distributed electromobile regulation system and method facing an electric energy service platform. The system is suitable for regulating electromobiles connected to the powerdistribution network, and comprises a coordination module, an evaluation module and a monitoring module; the monitoring module is in communication connection with the electromobiles; the coordinationmodule generates information of the power distribution network according to a load prediction result and characteristics of the power distribution network, and sends the information of the power distribution network to the evaluation module; the evaluation module receives the information, issued by the coordination module, of the power distribution network and charging information reported by themonitoring module, calculates a charging parameter according to the information of the power distribution network and the charging information, and issues the charging parameter to the monitoring module; and the monitoring module collects charging characteristic information of the related electromobiles and charging behavior information of related users, mixes the charging characteristic information with the charging behavior information into the charging information, reports the charging information to the evaluation module, generates a charging priority list on the basis of the charging parameter issued by the evaluation module, and regulates the corresponding electromobiles according to the charging priority list.

Description

technical field [0001] The invention relates to the field of energy and electric power, in particular to an electric vehicle distributed control system and method for an electric energy service platform. Background technique [0002] With the intensification of environmental pollution and the increasing shortage of energy, people are increasingly demanding to reduce the fuel dependence of automobiles and develop new energy vehicles. Electric vehicles (VE, Electrical Vehicle) are widely used in various countries due to their superior performance and relatively low price. promotional application. Today, overall sales of electric vehicles have been growing steadily, with worldwide sales of modern electric vehicles recently surpassing one million, and their market share is likely to continue to increase in the future. [0003] However, the massive popularization of electric vehicles will bring load impact to the distribution network and increase the pressure on the power genera...

AI Technical Summary

Problems solved by technology

The existing electric vehicle control method is to use the statistical data of electric vehicle charging behavior to carry out probability simulation on the charging load, evaluate the impact of electric vehicle access to the distribution network, and then realize the planning of charging stations and the management of charging and discharging of electric vehicles. The load has time and space uncertainties. When the above method is used, the charging of electric vehicles may not be controlled during the regulation process, resulting in problems such as system overload, power loss, and voltage fluctuations.

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