Ordered power utilization system based on orderly charging core control unit

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Ordered power utilization system based on orderly charging core control unit

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SUN ZENGXIAN / LIU FUYU / YAN LIANGLIANG / ZHANG QINGBING / WANG LIFENG / CHEN SHOURUN / WANG WEINA

The invention discloses an ordered power utilization system based on an ordered charging core control unit, and the system comprises a cloud management platform which is responsible for receiving and distributing a peak clipping and valley filling command of a power grid side; an ordered charging core control unit which collects real-time distribution line data and performs station-level power utilization data collection; a charging pile which responds to the charging demand of the electric vehicle; and the ordered charging core control unit is matched with the charging pile, performs edge calculation of the charging pile through a matching instruction issued by the cloud management platform, and responds to the actual charging power demand of the electric vehicle submitted by the charging pile in real time. A three-stage working mode is adopted, each stage is clear in division of labor, and parallel connection and expansion of the system are facilitated. And each level of equipment is responsible for an instruction of the previous level of equipment. And a station terminal adopts a high-performance ordered charging core control unit to complete an edge computing function. The station terminal supports an offline mode and can operate independently according to a local strategy.

本发明公开一种基于有序充电核心控制单元的有序用电系统，包括：云端管理平台，负责接收、分发电网侧的削峰填谷命令；有序充电核心控制单元，采集实时的配电线路数据，进行站点级的用电数据采集；充电桩，响应电动汽车的充电需求；有序充电核心控制单元与充电桩配合，有序充电核心控制单元通过云端管理平台下发的配合指令，进行充电桩的边缘计算，实时响应充电桩提交的电动汽车的实际充电功率需求。本发明采用三级工作模式，每一级分工明确，方便系统并联、扩充。每一级设备对上一级设备指令负责。站端采用高性能的有序充电核心控制单元，完成边缘计算功能。站端支持离线模式，可以根据本地策略独立运行。

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Title :

Ordered power utilization system based on orderly charging core control unit

Additional title:

一种基于有序充电核心控制单元的有序用电系统

Contributors:

SUN ZENGXIAN (author) / LIU FUYU (author) / YAN LIANGLIANG (author) / ZHANG QINGBING (author) / WANG LIFENG (author) / CHEN SHOURUN (author) / WANG WEINA (author)

Publication date :

2021-04-30

Type of media :

Patent

Type of material :

Electronic Resource

Language :

Chinese

Classification :

IPC:

B60L PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES , Antrieb von elektrisch angetriebenen Fahrzeugen