Implementation of an Integrated Mobile Solar Power Monitoring System for Images and Battery Parameters

Ching-Chuan Wei, Chi-Han Yu, Lawrence Chiang, Hei-Ming Gong, Yung-Fa Huang
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引用次数: 1

Abstract

With more and more attention to solar energy, the monitoring of solar cells and energy storage systems is gradually important. This research uses the Raspberry Pi as the core processor to develop the mobile monitoring system. Our system can be divided as three parts, the first part is to sense the information including photovoltaic panel image and battery indexes such as voltage, current, SOC (state of charge) and SOH (state of health), etc. The second part is the network system to send the collected information to the remote server in the back-end. The gateway of the network uses Raspberry Pi as the core processor. The last part is the remote server that can collect all the information and display the system's real-time status by web page and Apps. With the above achieved function, the user and administrator can monitor and maintain the system remotely. By the wireless connection technology, the system will be so smart and flexible that can promote the green energy to more people greatly.
基于图像和电池参数的集成移动太阳能监测系统的实现
随着人们对太阳能的越来越重视,对太阳能电池和储能系统的监测也逐渐变得重要起来。本研究以树莓派为核心处理器开发移动监控系统。我们的系统可以分为三个部分,第一部分是对光伏板图像信息和电池指标如电压、电流、SOC(充电状态)、SOH(健康状态)等进行感知。第二部分是网络系统将采集到的信息发送到后台的远程服务器。网络网关使用树莓派作为核心处理器。最后一部分是远程服务器,它可以通过网页和应用程序来收集所有信息并显示系统的实时状态。通过上述功能的实现,用户和管理员可以远程监控和维护系统。通过无线连接技术,系统将如此智能和灵活,可以促进绿色能源给更多的人。
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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