基于误差控制算法的高效智能电网开发

Rayudu Mannam
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引用次数: 6

摘要

由于能源消耗需求的增加和现有电网基础设施的老化,当前电网在配电监控和管理方面的能力不足,导致了智能配电管理和监控电网的出现。智能电网结合了控制、计算机、自动化以及创新技术和工具,能够通过更加熟练、安全、可靠和环保来提供更高的性能。智能电网还提供用户与公用事业公司之间的电力和信息双向通信,使用无线传感器网络完全监控使用情况。用户与电力公司之间的通信经常受到通信路径所经历的噪声、衰落和路径损耗等的影响。为此,本文提出了一种适应通信信道行为变化的误差控制方法,使通信误差减少,使智能电网高效运行。基于误码率、时延和吞吐量的计算结果证明了该方案的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DEVELOPMENT OF AN EFFICIENT SMART GRID WITH ERROR CONTROL ALGORITHM
The in capabilities of the current power grid in distributing monitoring and managing due to the rising needs in the energy consumption and the aging infrastructure of the prevailing power grid, has led to the emergence of the grid that is smart in managing distributing and monitoring . The smart grid incorporating controls, computer, automation along innovative technologies and tools are able to provide an enhanced performance by being extra proficient, secure, reliable and greener. The smart grid also provides with the two way communication between the users and the utilities on the terms of electricity and information with the usage being completely monitored using the wireless sensor networks. The communication between the user and the utilities are often affected due to the noise, fading and path loss etc. experienced by the communication path. So the paper proffers an error control method that is adaptive to the changing behavior of the communication channels to make have an error less communication making the smart grid efficient. The result obtained based on the bit error rate, delay and the throughput evince the capability of the proposed scheme.
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