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Improvisation of smart home automation using hybrid sources

机译:使用混合资源实现智能家庭自动化

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The evolution of technology and lifestyle in the past few decades has led to an immense change in technological as well as social front. Digitalization has taken over the world due to an easy control and accessibility to smartphones. It has led to a technology dependent automatic world ready to adapt to a precision and accuracy based labor-free system. Automation along with widely used smartphones plays an important role in the commencement of Smart Home Automation. On the other hand, exponential increase in demand for electricity due to urbanization has led to drastic decrease in the non-renewable resources and increase in greenhouse gases. This coerced the scientists to opt for easily available and cost efficient renewable resources. Smart home Automation when merged with renewable resource as co-generating system, will not only reduce human labor but will also contribute towards betterment of the environment. This paper focuses on a reliable, low cost and efficient Hybrid Smart Home Automation (HSHA) system for controlling as well as monitoring the loads. Wireless controlling and monitoring of loads is done using a smartphone via an android application. The android application has features such as password protection, availability of different modes of operation, real-time power monitoring and controlling the loads using switch or voice control. An android based controller circuit is built which serves as an intermediate platform between the user and the relay system. For wireless communication, Bluetooth module is used due to its flexibility and relays for quick and methodical control of loads. A real-time prototype of the proposed system is designed for 1 kilo-watt household system and the experimental results are presented for different loads and modes of operation.
机译:在过去的几十年中,技术和生活方式的演变导致技术和社会地位发生了巨大变化。凭借易于控制和智能手机的可访问性,数字化已席卷全球。它导致了一个依赖技术的自动化世界,随时准备适应基于精度和准确性的免劳动系统。自动化以及广泛使用的智能手机在智能家居自动化的启动中起着重要作用。另一方面,由于城市化导致的电力需求呈指数增长,导致不可再生资源的急剧减少和温室气体的增加。这迫使科学家选择容易获得且具有成本效益的可再生资源。将智能家居自动化与可再生资源合并为热电联产系统时,不仅会减少人工,而且会为改善环境做出贡献。本文着重于可靠,低成本和高效的混合智能家庭自动化(HSHA)系统,用于控制和监视负载。使用智能手机通过android应用程序完成负载的无线控制和监视。 android应用程序具有以下功能:密码保护,各种操作模式的可用性,实时电源监控以及使用开关或语音控制来控制负载。建立了一个基于android的控制器电路,该电路用作用户和中继系统之间的中间平台。对于无线通信,由于其灵活性而使用了蓝牙模块,并且使用了继电器来快速,有条理地控制负载。该系统的实时原型针对1千瓦的家用系统进行了设计,并针对不同的负载和运行模式给出了实验结果。

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