Indoor Electrical Installation Design Layout Using IOT

M. Rashid, N. A. Algeelani, S. A. Al-Gailani, N. Sariff
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Abstract

With the popularization of Internet of things (IOT) technology and the rise of the smart grid concept, a lot of theoretical research and practical exploration have been carried out on intelligent electrical construction at home. They enable communication between home appliances and users, and enhance home appliances’ automation, monitoring and remote-control capabilities. Persistent power crisis in Bangladesh leads to the necessity of using alternative method of power generation in short, mid and long-term basis. If solar panels be the alternative short-term power source, then per unit production cost is a huge barrier in making this technology popular among the mass. In this research paper, an intelligent wiring design for domestic house layout is carried out. Where, all the necessary electrical layout designs are designed using the Auto-CAD software. Solar panels are also being used for the purpose of load shedding. An intelligent system comprising of Arduino is also used, to control the loads and for energy saving. A proto type is then developed and tested, which resulted in high performance in terms of safety reliability and automation.
利用物联网的室内电气安装设计布局
随着物联网(IOT)技术的普及和智能电网概念的兴起,人们对家居智能化电气建设进行了大量的理论研究和实践探索。实现了家电与用户之间的通信,增强了家电的自动化、监控和远程控制能力。孟加拉国持续的电力危机导致了短期、中期和长期使用替代发电方法的必要性。如果太阳能电池板是替代的短期电源,那么单位生产成本是使这项技术在大众中普及的巨大障碍。本课题针对住宅布局进行了智能布线设计。其中,所有必要的电气布置图设计均使用Auto-CAD软件进行设计。太阳能电池板也被用于减载。同时采用了Arduino智能系统来控制负载和节能。然后开发和测试原型,从而在安全性、可靠性和自动化方面实现高性能。
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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