Ordered charging algorithm based on grid analysis method

Abstract

The invention discloses an ordered charging algorithm based on a grid analysis method. An Internet of Vehicles platform obtains geographical location information of all V2G charging piles in a specific area and real-time geographical location information of an electric vehicle; the power grid EMS obtains the real-time charging price and transmits the real-time charging price to the vehicle networking platform; the Internet of Vehicles platform takes the coordinates of the geographical location information of all the V2G charging piles and the coordinates of the real-time geographical location information of the electric vehicle as input, gridding finite element analysis is performed through a grid analysis method on the Internet of Vehicles platform, and the geographical location information and the arrival time information of the specific V2G charging piles are obtained through calculation; the power grid EMS distributes corresponding power according to the final decision of the vehicle networking platform, the specific workflow distributes power to the specific V2G charging pile, and the specific V2G charging pile distributes power to the electric vehicle at the same time. Through the providedordered charging algorithm based on the grid analysis method, the distance between the electric vehicle and the V2G charging pile is shortest, the electric vehicle supplies the minimum charging amount and the minimum electricity price at the V2G charging pile, and ordered charging is achieved.

Description

Technical field [0001] The present invention relates to the field of an electric vehicle's orderly charging technology, and more particularly to an ordered charge based on mesh-based analysis. Background technique [0002] The electric vehicle serves as the main body of G2V, V2G, and has the characteristics of simultaneous connection between the grid EMS and the Internet of the Internet. SchedulingGrid To Vehicle, makes the power grid to the charge behavior of the electric vehicle, planned, adjustable, facilitating the stable operation of the grid, not because a large number of electric vehicles are charged while charging the grid, Thus, the grid crash has serious consequences. The ordered charging algorithm is processed by processing the information collected by various channels, and optimizes the optimization of the discharge algorithm strategy that is the most suitable power grid. [0003] However, most of the research on ordered charging algorithm is concentrated on the study...

AI Technical Summary

Problems solved by technology

Therefore, for an ordered charging algorithm based on the grid analysis method, the lack of research on assigning electric vehicles to V2G charging piles through the optimal path is currently a problem we need to solve.

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