电气自动化
電氣自動化
전기자동화
Electrical Automation
2015年
5期
1-3,9
,共4页
张斌斌%殳国华%丁君武
張斌斌%殳國華%丁君武
장빈빈%수국화%정군무
三相异步电机%ARM%智能功率模块%SVPWM%矢量控制%能量回馈
三相異步電機%ARM%智能功率模塊%SVPWM%矢量控製%能量迴饋
삼상이보전궤%ARM%지능공솔모괴%SVPWM%시량공제%능량회궤
three-phase asynchronous motor%ARM%intelligent power module (IPM)%SVPWM%vector control%energy feedback
基于ARM内核微控制器及智能功率模块,采用空间电压矢量脉宽调制技术及矢量控制方法,设计了一种三相异步电机变频调速控制系统。并针对通用变频器在快速启动、制动及频繁正反转调速场合再生制动的能量损耗问题,增加了一种再生制动能量逆变回馈电网装置。给出了系统的详细软硬件设计并进行实现。实验结果表明,系统控制精度高,实时性好,并实现了变频器的四象限运行,节能效果明显。
基于ARM內覈微控製器及智能功率模塊,採用空間電壓矢量脈寬調製技術及矢量控製方法,設計瞭一種三相異步電機變頻調速控製繫統。併針對通用變頻器在快速啟動、製動及頻繁正反轉調速場閤再生製動的能量損耗問題,增加瞭一種再生製動能量逆變迴饋電網裝置。給齣瞭繫統的詳細軟硬件設計併進行實現。實驗結果錶明,繫統控製精度高,實時性好,併實現瞭變頻器的四象限運行,節能效果明顯。
기우ARM내핵미공제기급지능공솔모괴,채용공간전압시량맥관조제기술급시량공제방법,설계료일충삼상이보전궤변빈조속공제계통。병침대통용변빈기재쾌속계동、제동급빈번정반전조속장합재생제동적능량손모문제,증가료일충재생제동능량역변회궤전망장치。급출료계통적상세연경건설계병진행실현。실험결과표명,계통공제정도고,실시성호,병실현료변빈기적사상한운행,절능효과명현。
Based on ARMkernel microcontroller and IPM(Intelligent Power Module)and by use of SVPWM(Space voltage Vector Pulse Width Modulation)and vector control method,this paper introduces a variable frequency speed control system for the three-phase asynchronous motor.In view of energy loss of regenerative brake occurring during quick startup and brake of the general-purpose inverter and frequent normal and reverse speed control,we add a grid device for inversion feedback of the regenerative braking energy.Detailed software and hardware design is shown and implemented.The experiment result shows that the system has a high control precision and good real-time performance.It also allows that the inverter can operate in four quadrants,producing remarkable energy-saving effect.