一种基于光纤通讯的智能用电信息管理系统

Intelligent power-utilization information management system based on optical fiber communication

Abstract

The utility model discloses an intelligent power-utilization information management system based on optical fiber communication, and solves the technical problems that a conventional power-utilization information management system is shorter in communication distance, is slow in meter-reading speed, is low in success rate of meter reading, and is low in success rate of remote control. The employed technical scheme is that the structure of the system comprises an intelligent optical-fiber electric energy meter, an optical-fiber intelligent power-utilization management terminal which is connected with the intelligent optical-fiber electric energy meter through an optical fiber transmission channel, and a master station server which is connected with the optical-fiber intelligent power-utilization management terminal through an optical fiber transmission channel. From the aspect of power utilization management, the data of electric energy is complete and full because of the high speed and stability of the communication channel. The optical-fiber intelligent power-utilization management terminal is large in storage capacity, and the processing speed of a CPU is high. The system is provided with a high-performance OLT optical-fiber interface module, and each electric energy meter has 64 collection units. The optical-fiber intelligent power-utilization management terminal can collect and store the data of electric energy of 4096 electric meters. A background software system remotely controls the electric energy meters, so the success rate is high.
一种基于光纤通讯的智能用电信息管理系统,解决了现有用电管理系统通讯距离较短、抄表速度慢、抄表成功率低、远程控制成功率低等技术问题,采用的技术方案是,所述系统结构中包括智能光纤电能表、借助光纤传输信道与智能光纤电能表连接的光纤智能用电管理终端,还包括主站服务器,主站服务器借助光纤传输信道与光纤智能用电管理终端连接。在用电管理方面,由于通信信道的高速与稳定,电能量数据全面且丰富;光纤智能用电管理终端存储容量大,CPU处理速度快,具备高性能的OLT光纤接口模块,每块电能表按照64个采集量,光纤智能用电管理终端可采集并存储4096块电能表的电能数据,后台软件系统远程控制电能表成功率高。

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