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8-PSK power line communication analysis and modeling for renewable smart grids

机译:可再生智能电网的8-PSK电力线通信分析与建模

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The Data communication over the Transmission line can be done through Smart Grid using Power Line Communication (PLC). The Power Line Communication technology is considered as economic and reliable source of communication technology. It became more convenient and prominent for standalone Renewable Energy Systems (RES) which are remotely located. Smart grid's metering and monitoring process are done through PLC. In this Paper a system is proposed with 8-PSK communication technology. It will modulate the data with 3-Phase transmission line at the generation side and demodulate it at the grid side to get the information. So by this system power, voltage, current and physical change of the environment or Generation device is successfully monitored. This system could be also used at user side and grid side to detect the available load. Here Photovoltaic Cell (PV) is adopted as a Renewable Energy Source, boost converter and IGBT inverter to analyze the system. By this proposed system we could eliminate the additional monitoring cost instead of Ethernet based or SCADA system which is being used in recent time.
机译:可以使用电力线通信(PLC)通过智能电网完成传输线上的数据通信。电力线通信技术被认为是经济可靠的通信技术来源。对于偏远地区的独立可再生能源系统(RES)而言,它变得更加方便和突出。智能电网的计量和监控过程通过PLC完成。本文提出了一种采用8-PSK通信技术的系统。它将在发电侧使用三相传输线对数据进行调制,然后在网格侧对数据进行解调以获取信息。因此,通过该系统,可以成功监控环境或发电设备的功率,电压,电流和物理变化。该系统还可以在用户侧和电网侧使用以检测可用负载。这里采用光伏电池(PV)作为可再生能源,升压转换器和IGBT逆变器来分析系统。通过此提议的系统,我们可以消除额外的监视成本,而不是最近使用的基于以太网或SCADA的系统。

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