According to the Internet of Things-based power grid peak regulation system and method with participation of the user side charging facility, the user side charging facility participates, the dynamic power supply strategy is generated according to the real-time power grid peak regulation demand, and then charging of the user side can be controlled in order. The system comprises a power grid dispatching end main control unit, a cloud big data unit and a plurality of user end charging and storage units, the power grid dispatching end main control unit realizes communication with the user end charging and storage unit through the cloud end big data unit; the power grid dispatching end main control unit can obtain power grid peak regulation requirements in real time; the user side charging and storage unit comprises a user side data acquisition and execution unit, a charging facility and a user side; the user side data acquisition and execution unit can acquire user requirements of a user side; the power grid dispatching end main control unit or the cloud big data unit or the user end data acquisition and execution unit generates a dynamic power supply strategy according to the real-time power grid peak regulation demand and the user demand, and realizes charging start-stop control of the charging facility on the user end according to the generated power supply strategy.
本发明提供一种基于物联网的用户端充电设施参与的电网调峰系统及方法,使用户端充电设施参与,依据实时的电网调峰需求生成动态供电策略,进而能够有序控制用户端的充电。该系统包括:电网调度端主控单元、云端大数据单元和若干用户端充蓄电单元;电网调度端主控单元通过云端大数据单元实现与用户端充蓄电单元之间的通讯;电网调度端主控单元能够实时获取电网调峰需求;用户端充蓄电单元包括:用户端数据采集与执行单元、充电设施和用户端;用户端数据采集与执行单元能够获取用户端的用户需求;电网调度端主控单元或云端大数据单元或用户端数据采集与执行单元依据实时的电网调峰需求和用户需求生成动态供电策略,并依据所生成的供电策略实现充电设施对用户端的充电启停控制。
Power grid peak regulation system and method with participation of user side charging facilities based on Internet of Things
基于物联网的用户端充电设施参与的电网调峰系统及方法
2024-10-22
Patent
Electronic Resource
Chinese
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