Design and Implementation of Wireless Sensor Network based Smart DC Grid for Smart Cities

G. B. A. Kumar, Shivashankar, N. Sujay, P. Tejas, P. Srikanth, Y. T R
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引用次数: 11

Abstract

An effective improved intelligent Smart DC Micro-Grid for electrical power measurement control and monitor operations to detect the fault in transmission lines. Present power system is undergoing various issues. Because of these issues, there is a loss in power transmission. The present grid system is inefficient to handle these discrepancies. To overcome these discrepancies and other typical snags in power system, there is a requirement for smart and intelligent system. The main goal of the proposed research work to describe the role of advanced sensing systems in the electric grid of the future, a Smart DC Grid technology is to be introduce/embedded in power system. Smart DC Grid is the solution of most of the problems in the power system. Wireless Sensor Network (WSN) based technology Smart DC Grid incorporates effective solutions for multiple problems faced by electricity, it provide a reliable monitoring and fault detection system. Appropriate designed specific sensors were used to monitor the changes in transmission parameters such as voltage, current and power. Whenever fault occurred the data acquired were transmitted to the main hub via Zig-Bee module. With this system, power transmission fault can be detected in real time.
基于无线传感器网络的智慧城市智能直流电网设计与实现
一种有效改进的智能直流微电网,用于电力测量控制和监测运行,以检测输电线路的故障。当前的电力系统正经历着各种各样的问题。由于这些问题,在电力传输中存在损耗。目前的网格系统在处理这些差异方面效率低下。为了克服这些差异和电力系统中的其他典型障碍,对系统的智能化提出了要求。提出的研究工作的主要目标是描述先进传感系统在未来电网中的作用,一种智能直流电网技术将被引入/嵌入电力系统。智能直流电网是解决电力系统中大部分问题的方法。基于无线传感器网络(WSN)技术的智能直流电网有效地解决了电力系统面临的多种问题,为电力系统提供了可靠的监测和故障检测系统。采用适当设计的专用传感器监测传输参数的变化,如电压、电流和功率。当发生故障时,采集到的数据通过zigbee模块传输到主集线器。利用该系统可以实时检测输变电故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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