An Application of IoT in Programmed Tidal Energy Observation System

S. S. Kumar, M. Jyothirmai, S. Kaliappan, Vikas Rathiv
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Abstract

According to the Internet of Things (IoT), internet objects will play an important role as computer products in every part of our daily life. With the use of the current network infrastructure, IoT provides devices to be monitored or directly controlled, optimized, precision enabled, and economic improvement and also by reducing human participation. This innovation has a broad spectrum of applications, such as solar energy, tidal power stations, smart villagers, microgrids, and tidal-powered appliances. As renewable energy had its greatest success ever throughout this time, with a growth that was recorded considerably higher than ever. The problem and solution described here involve displaying tidal power's electricity usage as a sustainable power source on the IoT-enabled controller. Using suitable sensing devices and raspberry pi, this approach has been formed. Through a monitoring dashboard, every renewable electricity use is monitored. The user will find it simpler to comprehend how much electricity the system is generating daily. Both the utilization of sustainable energy and power generation issues are touchedon by this research work.
物联网在程控潮汐能观测系统中的应用
根据物联网(IoT),互联网对象将作为计算机产品在我们日常生活的各个方面发挥重要作用。通过使用当前的网络基础设施,物联网提供了可监控或直接控制、优化、精确启用和经济改进的设备,并减少了人类的参与。这项创新具有广泛的应用范围,如太阳能、潮汐发电站、智能村民、微电网和潮汐供电电器。由于可再生能源在这段时间里取得了有史以来最大的成功,其增长率比以往任何时候都要高得多。这里描述的问题和解决方案涉及在支持物联网的控制器上显示潮汐能的用电量作为可持续能源。使用合适的传感设备和树莓派,这种方法已经形成。通过一个监控仪表板,每一次可再生电力的使用都被监控。用户会发现更容易理解系统每天产生多少电力。本研究涉及可持续能源的利用和发电问题。
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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