电气自动化
電氣自動化
전기자동화
ELECTRICAL AUTOMATION
2015年
1期
67-69
,共3页
双馈风力发电%自动代码生成%硬件在环DSP%RT-LAB
雙饋風力髮電%自動代碼生成%硬件在環DSP%RT-LAB
쌍궤풍력발전%자동대마생성%경건재배DSP%RT-LAB
double-fed wind power generation%automatic code generation%hardware-in-loop DSP%RT-LAB
介绍了硬件在环仿真技术在双馈风力发电系统中的应用,硬件在环包括控制器和被控对象两部分。以 TI 公司的芯片DSP28335作为核心控制器,其控制算法通过 MATLAT 自动代码生成的方式实现,而被控对象侧采用 RT-LAB 平台实现。借助RT-LAB 优异的实时仿真性能,模拟了双馈风力发电系统的整体性能,验证了控制器的功能。
介紹瞭硬件在環倣真技術在雙饋風力髮電繫統中的應用,硬件在環包括控製器和被控對象兩部分。以 TI 公司的芯片DSP28335作為覈心控製器,其控製算法通過 MATLAT 自動代碼生成的方式實現,而被控對象側採用 RT-LAB 平檯實現。藉助RT-LAB 優異的實時倣真性能,模擬瞭雙饋風力髮電繫統的整體性能,驗證瞭控製器的功能。
개소료경건재배방진기술재쌍궤풍력발전계통중적응용,경건재배포괄공제기화피공대상량부분。이 TI 공사적심편DSP28335작위핵심공제기,기공제산법통과 MATLAT 자동대마생성적방식실현,이피공대상측채용 RT-LAB 평태실현。차조RT-LAB 우이적실시방진성능,모의료쌍궤풍력발전계통적정체성능,험증료공제기적공능。
This paper presents the application of hardware-in-loop simulation technology in the doubly-fed wind power generation system. Hardware-in-loop consists of the controller and controlled objects.Using TI chip DSP28335 as the core controller,the control algorithm is achieved in the way of MATLAB automatic code generation,while the controlled object side is realized through the RT-LAB platform.By virtue of the outstanding real-time simulation performance of the RT-LAB,the overall performance of the doubly-fed wind power generation system is simulated and the controller's functions are verified.