Smart Inverter Using Raspberry Pi

M. V, A. Parvathy
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Abstract

Nowadays the world is fully dependent on the internet and also people are concerned about environmental behaviour so they want to switch to renewable energy. The most convenient renewable energy is solar power. Gradually the world is developing and upgrading with technology. In our daily life, we can use solar power in a smart manner so that we can reduce the consumption of other non-renewable sources. So solar energy is a great choice if we can continuously monitor it and also proper maintenance is needed. In many rural areas where high exposure to the sun is present, we install solar plants but proper monitoring and maintenance of these plants physically is difficult. In these conditions, we need remote monitoring. In this project, I am proposing a raspberry pi based solar inverter which uses the Internet of Things to monitor the solar power system remotely from anywhere in the world. The communication then takes over through the Blynk server to the Blynk mobile application where we can see real-time data of the system.
使用树莓派的智能逆变器
如今,世界完全依赖于互联网,人们也关心环境行为,所以他们想转向可再生能源。最方便的可再生能源是太阳能。世界正逐渐随着科技的发展而发展和升级。在我们的日常生活中,我们可以明智地使用太阳能,这样我们就可以减少其他不可再生能源的消耗。所以太阳能是一个很好的选择,如果我们可以持续监测它,也需要适当的维护。在许多农村地区,我们安装了太阳能发电厂,但对这些发电厂进行适当的监测和维护是困难的。在这种情况下,我们需要远程监控。在这个项目中,我提出了一个基于树莓派的太阳能逆变器,它使用物联网从世界任何地方远程监控太阳能发电系统。然后通信通过Blynk服务器接管到Blynk移动应用程序,在那里我们可以看到系统的实时数据。
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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