基于蓝牙和GSM技术的电动汽车智能电能表

I. Nrartha, A. B. Muljono, I. M. Ginarsa, S. M. Al Sasongko, I. Citarsa
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引用次数: 4

摘要

智能电能表(SEM)是一种基于蓝牙和GSM技术的电动汽车电池充电器功耗计费系统。SEM已在电动自行车上使用电池充电器作为负载进行了测试。客户(电动自行车用户)与SEM之间的交互是通过蓝牙和GSM进行的。从客户请求到SEM和SEM响应的持续时间小于1分钟。客户与SEM之间的通信由操作员通过SEM的短信服务进行监控。基于android的应用程序是为客户或操作员与SEM之间的蓝牙通信而构建的。电压和电流的测量误差由操作员通过蓝牙通过唯一的代码减小。电压和电流的测量误差分别为0.04%和1.39%。电动自行车电池充电器电流的THD值过高,为68.68%。此外,客户数据和账单信息存储在SD卡存储介质上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Energy Meter for Electric Vehicle Based on Bluetooth and GSM Technology
Smart Energy Meter (SEM) has been successfully built for power consumption billing system of battery charger on electric vehicle based on bluetooth and GSM technology. The SEM has been tested using battery charger on electric bicycle as a load. Interaction between the customer (electric bike user) to the SEM is conducted by applying bluetooth and GSM. Duration time from customer requests to the SEM and SEM response is less than 1 minute. Communication between customer to the SEM is monitored by operator via SMS service from the SEM. Android-based application is built for bluetooth communication between the customer or operator to the SEM. The voltage and current measurement errors is reduced by the operator through unique code via bluetooth. Measuring errors are obtained at the values of 0.04% and 1.39% for voltage and current, respectively. THD on the current from the battery charger on an electric bicycle is too high at the value of 68.68%. Moreover, customer data and billing information are stored on SD Card storage media.
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