A GSM based and speech enabled wireless annunciator window facia for substation automation

Ranjit P. Patil, A. Mulla, P. N. Joshi, J. M. Kharade
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Abstract

The aim of this paper is to design and implement the wireless communication between annunciator window located in control room and numerical relay located at far end in bay control room at switch yard of substation with the help of GSM device and to make available fault data in speech format for easy understanding to operator working in sub-station. This is for the purpose of making fault data available for immediate analysis via SMS with user friendly working of system. Fault data remains in stored memory format and can be accessed as per requirement. With the help of GSM device, fault data is transmitted from auxiliary output contacts of numerical relay to annunciator window located in control room as well as to mobile phone of corresponding sub-station Engineer. Such advanced & new technologies are developed which are useful for making power system as a smart power system. GSM aided speech enabled annunciator window facia provides more flexibility than wire based means of communication and continues to play a significant role in the modernization.
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一种基于GSM和语音的变电站自动化无线信号窗口界面
本文的目的是利用GSM设备,设计并实现位于控制室的报警窗口与位于变电站开关场开关室远端的数字继电器之间的无线通信,并将故障数据以语音格式提供给在分站工作的操作人员,便于理解。这是为了使故障数据可以通过短信进行即时分析,并具有用户友好的系统工作。故障数据保存在存储的内存格式中,可根据需要访问。通过GSM设备将故障数据从数字继电器的辅助输出接点传输到位于控制室的报警窗口以及相应分站工程师的手机上。这些先进的新技术为实现智能电力系统提供了有利条件。GSM辅助语音提示窗口提供了比基于有线的通信方式更大的灵活性,并继续在现代化中发挥重要作用。
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