自动双向智能电表研究进展及基于固态继电器的第二层电网保护系统模型的提出

S. Bhattacharyya, P. Saha, Ushnik Chakrabarti, A. Nag, Sudhangshu Sarkar
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摘要

避免了人工成本大、灵活性差、可靠性差、准确性差的实时跟踪系统;需要对传统电能表进行升级。自动计量接口(AMI)通过Zigbee、基于GSM的无线和基于PLC的有线数据传输方式,可以提供更好的计费精度、实时能耗监控和经济供电。这有助于在安装过程中,通过包含安全配对的主从模式的双向通信系统,计算动态定价的供方和消费者之间的净功率传输量。AMI通过内置跳闸电路进行初步故障检测,为电力系统提供可靠的保护,维护系统的稳定运行。本文简要介绍了AMI的内部结构、AMI的优缺点以及跳闸机构智能处理电力系统初步故障的新方法。
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A Review on Automatic Bi-directional Smart Meter along with a Proposed Model of Second Layer Grid Protection System Based on Solid State Relay
In order to avoid the labour – cost, poor flexibility, reliability, accuracy and live tracking system; upgradation of traditional energy meter is required. Automatic Metering Interface (AMI) can be provided better billing accuracy, live energy consumption monitoring and economic power supply with the help of Zigbee, GSM based wireless and PLC based wired data transfer mode. This can be helpful to calculate the net amount of power transfer between suppliers and consumers with dynamic pricing through bidirectional communication system containing securely paired master slave mode during installation. AMI offers reliable protection and maintain the stability of power system with the preliminary fault detection through an inbuilt tripping circuit. This paper presents a brief review on the internal construction of the AMI, recent pros and cons of AMI along with the new approach of the tripping mechanism to handle the preliminary faults in the power system intelligently.
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