电力电子技术
電力電子技術
전력전자기술
POWER ELECTRONICS
2010年
5期
57-59
,共3页
矩阵式变换器%双电压控制%无刷双馈
矩陣式變換器%雙電壓控製%無刷雙饋
구진식변환기%쌍전압공제%무쇄쌍궤
matrix convener%double line-to-line voltage control%brushlcss doubly-fed
研究了矩阵式变换器(Matrix Convener,简称MC)的双电压控制策略及其在无刷双馈发电机中应用.设计了一套基于DSP和现场可编程门阵列(Field Programmable Gate Array,简称FPGA)的全数字控制系统,详细论述了系统硬、软件设计方案.实验结果验证了该控制策略的正确性和控制平台设计的有效性,以及在无刷双馈风力发电中应用的可行性,为MC的实际应用提供了实验根据.
研究瞭矩陣式變換器(Matrix Convener,簡稱MC)的雙電壓控製策略及其在無刷雙饋髮電機中應用.設計瞭一套基于DSP和現場可編程門陣列(Field Programmable Gate Array,簡稱FPGA)的全數字控製繫統,詳細論述瞭繫統硬、軟件設計方案.實驗結果驗證瞭該控製策略的正確性和控製平檯設計的有效性,以及在無刷雙饋風力髮電中應用的可行性,為MC的實際應用提供瞭實驗根據.
연구료구진식변환기(Matrix Convener,간칭MC)적쌍전압공제책략급기재무쇄쌍궤발전궤중응용.설계료일투기우DSP화현장가편정문진렬(Field Programmable Gate Array,간칭FPGA)적전수자공제계통,상세논술료계통경、연건설계방안.실험결과험증료해공제책략적정학성화공제평태설계적유효성,이급재무쇄쌍궤풍력발전중응용적가행성,위MC적실제응용제공료실험근거.
The double line-to-line voltage control scheme and the application on brushess doubly-fed of the matrix converier are deduced.A fully digital control system based on DSP and FPGA is designed,and the design of the system inchding hardware and software of two parts are discussed in detail.The experimental result proves the validity of the MC design and feasibility of appliance in brushless doubly-fed wind power system,which provides the foundation for the practical application of MC.
