水电与新能源
水電與新能源
수전여신능원
Hydropower And Nwe Energy
2015年
9期
68-71
,共4页
液压换能发电单元%LabVIEW%监控系统
液壓換能髮電單元%LabVIEW%鑑控繫統
액압환능발전단원%LabVIEW%감공계통
hydraulic-type power converting and generating unit%LabVIEW%monitoring system
基于LabVIEW设计了波力发电装置液压换能单元的监控系统，该系统采用上位机为LabVIEW，下位机为PLC的上下位机结构。使用模块化的软件设计思想，设计了数据处理、保存等子程序，并开发出友好的人机界面。监测结果表明该系统成功实现了串口通讯、数据处理、曲线显示及数据保存等功能，达到了设计目标，可为波力发电装置整体性能研究提供有力支持。
基于LabVIEW設計瞭波力髮電裝置液壓換能單元的鑑控繫統，該繫統採用上位機為LabVIEW，下位機為PLC的上下位機結構。使用模塊化的軟件設計思想，設計瞭數據處理、保存等子程序，併開髮齣友好的人機界麵。鑑測結果錶明該繫統成功實現瞭串口通訊、數據處理、麯線顯示及數據保存等功能，達到瞭設計目標，可為波力髮電裝置整體性能研究提供有力支持。
기우LabVIEW설계료파력발전장치액압환능단원적감공계통，해계통채용상위궤위LabVIEW，하위궤위PLC적상하위궤결구。사용모괴화적연건설계사상，설계료수거처리、보존등자정서，병개발출우호적인궤계면。감측결과표명해계통성공실현료천구통신、수거처리、곡선현시급수거보존등공능，체도료설계목표，가위파력발전장치정체성능연구제공유력지지。
A monitoring system is designed with LabVIEW for hydraulic-type power converting and generating units in the water power generation device.The system adopts LabVIEW as the host computer and PLC as the slave computer. Based on the modularization approach for software development, data processing and storage subroutines are designed and a user-friendly interface is provided.Monitoring results show that functions such as the serial communication, data processing, curve display and data storage are successfully realized in the system.It provides a firm support for the fur-ther performance analysis of the wave power generation device.
