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文章摘要
用电信息采集终端运行环境仿真与检测研究
Research of Electric Energy Data Acquire Terminal Operating Environment Simulation and Testing
Received:January 27, 2016  Revised:January 27, 2016
DOI:
中文关键词: 用电信息采集  终端运行环境  载波通讯  仿真与检测
英文关键词: Electric  energy data  acquisition,Terminal  operating environment,Carrier  communication,Simulation  and test
基金项目:国家电网公司2013科技项目(521200130M1R)
Author NameAffiliationE-mail
xiaojianhong* AnHui Electric Power Company xiao_jhong@163.com 
sunjing AnHui NARI Zenith Electricity & Electronic Co.,Ltd anquanyuan@126.com 
陈浩 HuangShan Power Supply Company sd_sunjing@qq.com 
mayabin Electric Power Science Research Institute of Anhui electric power company 123393858@qq.com 
xujiqian AnHui NARI Zenith Electricity & Electronic Co.,Ltd xujiqian@sgepri.sgcc.com.cn 
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中文摘要:
      针对用电信息采集系统应用的智能终端缺少事件和载波环境模拟仿真的统一检测手段,本文介绍了一种模拟不同干扰度的载波通信数据和事件一致性仿真与检测方案。该方案由仿真测试台体和仿真模拟测试软件两部分。测试台体实现模拟表、载波工况的运行环境仿真,测试软件包含模拟主站、模拟电能表、装置控制软件、数据分析等,通过对源、工位等控制,调节干扰信号强度,模拟与分析载波通信的抗干扰性能与数据采集的一致性。该研究是对终端现有检测方案的补充,为确保采集终端在现场运行中尽可能达到预期效果。
英文摘要:
      In application of a common used electric information acquisition system, the intelligent terminal is absent of unified test methods which can be used for events and carrier wave environment simulation. The paper proposed a novel simulation and detection scheme which can be used for simulating carrier communication data with different interference degree and reconciling the carrier communication data and events. The scheme is consist of simulation test platform and software. The simulation test platform simulates the environment of analog meter and PLC. The software consists of master station simulation, electric energy meter simulation, device control software, data analysis module. The software controls the source position, regulates the disturbance signal intensity, simulates and analysis the anti-interference performance and data acquisition consistency of carrier communication. The scheme complements common test methods, ensure the acquisition terminal achieves the desired result in actual running.
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