Design and Build Voltage and Current Monitoring Parameters Device of Rechargeable Batteries in Real-Time Using the INA219 GY-219 Sensor

Bayu Jiah Setiawan
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引用次数: 1

Abstract

Research on the manufacture of devices for monitoring battery voltage and current parameters has been carried out and developed using different types of sensors. This research have been released a device that can monitor battery voltage and current parameters in real time in the charge and discharge process using one sensor. The device is made using a microcontroller in the form of an Arduino Mega XPro 2560 R3, with an input in the form of an INA219 GY-219 sensor to monitor battery voltage and current. The output of device is in the form of automatic control of the charge and discharge circuit through the LCD and relay to obtain data from monitoring the battery voltage and current parameters. The batteries used as materials to be tested in this study are rechargeable Li-ion types. The device can monitor the voltage and current parameters of the battery as it should and can work automatically according to the control program created and designed by the manufacturer. Based on the test results of the INA219 GY-219 sensor in reading the voltage, the average sensor accuracy level is 99.96%, the sensor error average rate is 0.034%, and the sensor precision average is 99.97%. Meanwhile, in the reading current, the average sensor accuracy level is 98.39%, the sensor error average rate is 1.608%, and the sensor precision average is 98.98%.
利用INA219 GY-219传感器设计并构建可充电电池电压电流实时监测参数装置
利用不同类型的传感器对电池电压和电流参数监测装置的制造进行了研究和开发。本研究发布了一种利用一个传感器实时监测电池充放电过程中的电压和电流参数的装置。该设备使用Arduino Mega XPro 2560 R3形式的微控制器制成,其输入形式为INA219 GY-219传感器,用于监测电池电压和电流。该装置的输出以自动控制充放电电路的形式通过LCD和继电器来获取监测电池电压和电流参数的数据。本研究中所测试的材料为可充电锂离子电池。该装置能对电池的电压、电流参数进行应有的监测,并能根据生产厂家创建设计的控制程序自动工作。根据INA219 GY-219传感器在读取电压时的测试结果,传感器平均精度水平为99.96%,传感器平均误差率为0.034%,传感器平均精度为99.97%。同时,在读取电流中,传感器平均精度水平为98.39%,传感器平均误差率为1.608%,传感器平均精度为98.98%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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