电力电子技术
電力電子技術
전력전자기술
POWER ELECTRONICS
2009年
11期
33-34,75
,共3页
熊振兴%黄石生%李鹏%唐朝阳
熊振興%黃石生%李鵬%唐朝暘
웅진흥%황석생%리붕%당조양
燃料电池%逆变%反馈控制
燃料電池%逆變%反饋控製
연료전지%역변%반궤공제
fuel cell%inverting%feedback control
根据燃料电池电站功率逆变系统非线性的特点,进行线性化处理.采用数字化PI控制其输出波形.采用带滤波电感电流内环的电压瞬时值控制策略,电压瞬时值外环反馈控制提高系统动态响应,电流瞬时值内环反馈摔制提高系统稳态输出精度,选用TI控制器软件平台试凑PI参数.实验表明,该设计方案快捷、有效,电压输出波形良好.
根據燃料電池電站功率逆變繫統非線性的特點,進行線性化處理.採用數字化PI控製其輸齣波形.採用帶濾波電感電流內環的電壓瞬時值控製策略,電壓瞬時值外環反饋控製提高繫統動態響應,電流瞬時值內環反饋摔製提高繫統穩態輸齣精度,選用TI控製器軟件平檯試湊PI參數.實驗錶明,該設計方案快捷、有效,電壓輸齣波形良好.
근거연료전지전참공솔역변계통비선성적특점,진행선성화처리.채용수자화PI공제기수출파형.채용대려파전감전류내배적전압순시치공제책략,전압순시치외배반궤공제제고계통동태향응,전류순시치내배반궤솔제제고계통은태수출정도,선용TI공제기연건평태시주PI삼수.실험표명,해설계방안쾌첩、유효,전압수출파형량호.
According to the character non-linear of the fuel cell power plant inverter system ,the linear treatment is taken and digital PI control of the output waveform is proposed.The voltage instantaneous feedback control strategy with filter in-ductor current inside loop is used to improve dynamic-state response and steady precision separately.The PI parameters are designed by trial and assemble method with TI controller software platform together.The experiments show that the de-sign is effective,and efficient,and the voltage output waveform is good.