基于直流测量芯片的电动汽车直流充电站测量和监控系统的设计与研究

Suqin Xiong, Yang Li, Qiuyang Li, Jianning Guo
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引用次数: 0

摘要

本文设计了一种基于直流计量芯片的电动汽车直流充电站计量和监控系统,该系统集成了直流计量器和计费控制单元,并集成了直流计量器、分流器和计费控制单元。该系统采用集成设计方法,由计量模块和计费控制模块组成。计量模块的任务是收集和量化充电器的能耗。它将记录的电压、电流和能量数据传输到计费控制模块。计费控制模块则与用户互动,执行各种功能,包括付费、充电模式选择和充电设备控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Research of a DC Charging Station Measurement and Monitoring System for Electric Vehicles Based on DC Measurement Chips
This paper designs a DC charging station measurement and monitoring system for electric vehicles based on DC metering chips, integrating DC meters and billing control units, and integrating DC meters, splitters, and billing control units. Implementing an integrated design approach, the system comprises a Metering Module and a Billing Control Module. The Metering Module is tasked with gathering and quantifying the charger's energy consumption. It transmits the recorded voltage, current, and energy data to the Billing Control Module. The Billing Control Module, in turn, engages with users and performs various functions including fee payment, charging mode selection, and control of the charging device.
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