首页> 中文期刊> 《计算机与现代化》 >基于三层架构的前置采集模块设计与实现

基于三层架构的前置采集模块设计与实现

         

摘要

随着我国"十三五"总体规划的提出,我国电网建设工作中,特高压输电和智能电网建设工程依然是重中之重.智能电网的不断发展建设推动了智能变电站技术的发展,原有的变电站监测系统由于设计独立,数据不统一,已经难以满足当前的需要.智能辅助平台的推出解决了这一问题.本文设计一种基于数据层、规约层和管理层的3层架构的可靠稳定的前置数据采集模块,模块的运行具有灵活性和良好的可扩展性,能够为智能辅助平台提供稳定可靠的原始数据.%With China's "13th Five-Year" overall plan is put forward, the UhV power transmission and the smart grid are still the top priority in the power grid construction projects.The continuous development of smart grid technology has promoted the development of intelligent substation technology, the disadvantages of the traditional substation monitoring system, such as the independent designation and its disunity data, have made it difficult to fit the current demands.The intelligent auxiliary platform has solved the above problem.This paper designs a reliable and steady front data acquisition module based on three-tier architecture including the data layer, protocol layer and management layer, the module has good flexibility and scalability so that it's able to provide stable and reliable raw data to the platform.

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