使用物联网从四个不同的来源自动供应负载

P. Abirami, C. N. Ravi, M. Pushpavalli, V. Geetha, P. Sivagami, M. Chandraleka, S. Deepa
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引用次数: 0

摘要

任何国家的经济增长都是由人均能源消费量决定的。在我们忙碌的生活方式中,我们必须不间断地继续我们的基本服务。这项工作的主要目标是使用混合资源(如太阳能、风能、主电源和备用电池)持续供应必要的负载。这四个来源被自动模拟,以提供所有基本服务,如银行部门,学校和大学,医疗和家用电器以及工业自动化。为了满足人类的需求,所有关键负载都应该得到持续的供电。这是通过使用Arduino微控制器和继电器驱动电路控制所有源来实现的。如果其中任何一个源无法提供负载,则通过继电器驱动IC激活下一个源并提供负载,而不会出现任何中断。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Auto Supply to Load from Four Different Sources Using IoT
The economic growth of any country is decided based on the per capita consumption of energy. In our busy life style, we have to carry over our essential services without any interruption. The prime objective of this work is to supply the essential loads continuously using hybrid resources such as solar, wind, main supply and battery backup. These four sources are automatically simulated to supply all essential services like banking sector, schools and colleges, medical and domestic appliances and for industrial automation. To fulfill the needs of human, all crucial loads should get continuous power supply. This is achieved by controlling all the sources using Arduino microcontroller and relay driver circuit. If any one of the sources fail to supply the load, then the next source is activated through relay driver IC and supply the load without any disruption.
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