H-bridge inverter as part of the communication channel for deploying power line communications over solar photovoltaic energy system

A. Ndjiongue, A. J. Snyders, H. Ferreira, M. D. Tamin
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引用次数: 3

Abstract

Power Line Communication (PLC) is a communication method where the existing Power Line carries data. The home automation associates the usual electrical cabling to the renewable plants for smart home, smart grid. The use of PLC technology permits the use of the existing electrical network for data transfer. The use of renewable energy helps to reduce the electrical energy consumption. The user can also sell back energy to the utility during his off time, daylight. The different components of a low voltage low wattage solar photovoltaic system are monitored by the end user. The characterization of the inverter as medium of communication permits the deployment of PLC technology over the solar photovoltaic energy system. Combined BFSK modulation and Manchester coding were implemented. At 120 bps, data were transferred over a 230 W modified sine wave inverter, simplex from the DC bus.
h桥逆变器作为在太阳能光伏能源系统上部署电力线通信的通信通道的一部分
电力线通信(PLC)是一种现有电力线承载数据的通信方式。家庭自动化将通常的电缆连接到智能家居,智能电网的可再生能源工厂。PLC技术的使用允许使用现有的电气网络进行数据传输。使用可再生能源有助于减少电能消耗。用户也可以在空闲时间,也就是白天,把电能卖给电力公司。低压低瓦数太阳能光伏系统的不同组件由终端用户监控。逆变器作为通信媒介的特性允许在太阳能光伏能源系统上部署PLC技术。实现了BFSK调制与曼彻斯特编码的结合。在120bps时,数据通过230 W的改进型正弦波逆变器从直流母线传输。
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