A Study on the Smart Outlet and Gateway Using Power Line Communication

Sung Jin Park, Y. Kim, Injae Park, Jin Young Kim, C. Lim
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Abstract

In this study, through the accumulated technologies such as real-time monitoring of power consumption using power line communication (PLC) method, power control, and automatic blocking of standby power, to commercialize them, we developed the hardware design, algorithm, protocol and module along with data transmission using PLC. We conducted the study to develop advanced products. We also proposed cloud-based smart outlet products with a novel type of outlet. These products can measure the internal power consumption through the H/W modules and the modules that control the power of household appliances connected to the smart outlets and smart plugs. Subsequently, they transmit the measurements to the energy saving system server via a communication module. This system can control the terminal device connected to the Gateway (G/W) server through a mobile phone. This will allow the customer to check the power consumption of the building at any given time, to turn the terminal on/off, and to maximize the energy efficiency during the construction of new apartments or multi-family housing in an area.
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基于电力线通信的智能插座和网关的研究
在本研究中,通过积累的电力线通信(PLC)方式的功耗实时监测、电源控制、备用电源自动阻塞等技术,将其商业化,开发了利用PLC进行数据传输的硬件设计、算法、协议和模块。我们进行这项研究是为了开发先进的产品。我们还提出了基于云的智能插座产品,具有新颖的插座类型。这些产品可以通过与智能插座和智能插头连接的H/W模块和控制家用电器功率的模块来测量内部功耗。随后,它们通过通信模块将测量结果传输到节能系统服务器。该系统可以通过手机控制与网关(G/W)服务器相连的终端设备。这将允许客户在任何给定的时间检查建筑物的电力消耗,打开/关闭终端,并在一个地区新建公寓或多户住宅期间最大限度地提高能源效率。
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