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Experimental setup of wide area monitoring using Zigbee IEEE 802.15.4 technology and RF FM technique

机译:使用Zigbee IEEE 802.15.4技术和RF FM技术进行广域监视的实验装置

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It is important for a modern power grid to be smarter in order to provide reliable and sustainable supply of electricity. Traditional way of receiving data from the wired system is a very old and outdated technology. For a quicker and better response from the electric system, it is important to look at wireless systems as a feasible option. In this paper, wireless network based architecture has been adopted for monitoring and optimizing the electric grid. In the proposed system, we have considered the operation station as a smart sensor node and a number of wireless transmitters and receivers have been used in the network. Crossbow wireless network kit with Zigbee technology has been used in our system for wireless data transmission. The system was also tested with RF transmitters and receivers for better understanding of the problem associated with Zigbee and also finding potential ways to solve that problem faced during the lab experiment. LABVIEW software has been used to control and monitor the received data. For using the proposed system for Distributed Generation (DG), a MATLAB based program is proposed.
机译:为了提供可靠和可持续的电力供应,现代化电网更重要。从有线系统接收数据的传统方式是一种非常古老且过时的技术。为了更快,更好地响应电气系统,将无线系统视为可行的选择非常重要。本文采用基于无线网络的体系结构来监控和优化电网。在提出的系统中,我们已将操作站视为智能传感器节点,并且网络中已使用了许多无线发送器和接收器。采用Zigbee技术的Crossbow无线网络套件已在我们的系统中用于无线数据传输。该系统还通过RF发射器和接收器进行了测试,以更好地了解与Zigbee相关的问题,并找到解决实验室实验中面临的问题的潜在方法。 LABVIEW软件已用于控制和监视接收到的数据。为了将所提出的系统用于分布式发电(DG),提出了一个基于MATLAB的程序。

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