A floor tile energy coordination optimization method and system based on a smart grid

Abstract

The application relates to a kind of floor tile energy synergy optimization method and system based on smart grid. The method comprises: obtaining the flow behavior mode characteristics of floor tile area, and estimating the instantaneous power generation potential of floor tile array in floor tile area according to flow behavior mode characteristics;Evaluate the energy conversion efficiency of floor tile array, and correct the power generation capacity parameters of floor tile array according to the energy conversion efficiency;Obtain the state of regional power grid, and evaluate the instantaneous carrying capacity of power grid according to the state of regional power grid;Based on instantaneous power generation potential, power generation capacity parameters and instantaneous carrying capacity, identify the current operating scenario, and adjust the global optimization decision according to the current operating scenario, wherein the global optimization decision includes the priority and weight between power grid stable operation, local energy storage adequacy and energy utilization efficiency target;Based on the adjusted global optimization decision, select the power flow direction generated by floor tile array, wherein the power flow direction includes merging into power grid and local storage. The application can ensure that energy can be effectively utilized under various complex operating scenarios, which can not only meet the local power demand, but also provide stable and sufficient supplementary energy for regional power grid.

Images