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IoT Application for Real-Time Monitoring of Solar Home Systems Based on Arduino™ With 3G Connectivity

机译:基于具有3G连接能力的Arduino™的太阳能家庭系统实时监控的物联网应用

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摘要

A novel datalogger based on free software and hardware has been designed, built, programmed, and installed as an experimental prototype in multiple sites. Remote monitoring extends the effectiveness of the datalogger in the areas deprived of electrical grid and traditional wired telecommunication networks. The integration of Internet of Things in solar measurement systems allows the remote monitoring of small stand-alone photovoltaic (PV) systems, enhancing the performance and the maintenance of the system. The datalogger measures electric and climatic parameters (up to 14 parameters, expandable) with the required accuracy established by the IEC61724 standard; to include 3G technology in it allowed the stand-alone PV systems system monitoring remotely via web or via mobile application, all at low cost. An outdoor campaign of over 12 months under the harsh environmental conditions at multiple locations was performed to test the new datalogger under real and different conditions demonstrating the robustness and the reliability of the system.
机译:一种基于自由软件和硬件的新型数据记录器已经被设计,构建,编程和安装为实验原型,并在多个地点进行了安装。远程监控可在缺乏电网和传统有线电信网络的地区扩展数据记录器的有效性。物联网在太阳能测量系统中的集成允许对小型独立光伏(PV)系统进行远程监视,从而增强了系统的性能和维护能力。数据记录仪以IEC61724标准建立的要求的精度测量电和气候参数(最多14个参数,可扩展)。将3G技术纳入其中,使独立的光伏系统系统可以通过Web或通过移动应用程序进行远程监控,而所有这些操作均成本低廉。在恶劣的环境条件下,在多个地点进行了长达12个月的户外活动,以测试新的数据记录器在真实和不同条件下的运行情况,从而证明了系统的坚固性和可靠性。

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