The invention provides an electric vehicle layered and grouped charging and discharging optimization scheduling method, which comprises the following steps: firstly, establishing micro-grid internal composition unit models and constraint conditions of electric vehicles, including an electric vehicle monomer charging and discharging model and an energy storage charging and discharging model; then establishing an electric vehicle charging and discharging dynamic electricity price model; and finally, based on the micro-grid internal composition unit model and the electric vehicle charging and discharging dynamic electricity price model, establishing an electric vehicle layered and grouped scheduling framework and strategy, including an electric vehicle layered and grouped scheduling framework, an electric vehicle underlying cluster model, a micro-grid objective function and constraint condition and a distribution network power flow model. And layered and grouped optimal scheduling of the electric vehicles is realized. Compared with an existing method, the hierarchical grouping optimization method is provided, optimization variables can be further reduced, the solving dimension is reduced, distribution network power flow optimization is considered, and a new thought can be provided for electric vehicle dispatching in the future.
本发明提供一种电动汽车分层分群充放电优化调度方法,首先建立电动汽车的微网内部组成单元模型及约束条件,包括电动汽车单体充放电模型、储能充放电模型;然后建立电动汽车充放电动态电价模型;最后基于所述微网内部组成单元模型及所述电动汽车充放电动态电价模型,建立电动汽车分层分群调度架构和策略,包括电动车分层分群调度框架、电动汽车底层集群模型、微网目标函数与约束条件及配网潮流模型,实现电动汽车分层分群优化调度。本发明与现有的方法相比,提出了一种分层分群的优化方法,可进一步减少优化变量,降低求解维度,同时考虑到了配网潮流优化,将来可为电动汽车调度提供一条新的思路。
Layered and grouped charging and discharging optimization scheduling method and system for electric vehicles
一种电动汽车分层分群充放电优化调度方法及系统
2023-11-10
Patent
Electronic Resource
Chinese
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