西北工业大学学报
西北工業大學學報
서북공업대학학보
JOURNAL OF NORTHWESTERN POLYTECHNICAL UNIVERSITY
2013年
3期
470-475
,共6页
皇甫宜耿%安晓彤%马瑞卿%骆光照
皇甫宜耿%安曉彤%馬瑞卿%駱光照
황보의경%안효동%마서경%락광조
离网型%风光互补%多模态%能量管理
離網型%風光互補%多模態%能量管理
리망형%풍광호보%다모태%능량관리
control%energy conservation%energy management%MATLAB%power generation%solar energy%wind turbines%multi-modal analysis%stand-alone wind-photovoltaic hybrid power system
离网型风光互补发电系统是一种合理配置新能源的独立电源系统,由于自然界中风能、太阳能出现的不可预测性,以及负载、储能状态的随机性,提出一种基于风光互补发电系统多模态能量流的分析法,研究了各模态及模态间转化特性,给出了四种典型状态下风光互补发电系统的能量控制及管理。采用闭环电压控制使风力发电通道和光伏发电通道输出电压恒定,为用电设备和储能元件提供安全可靠的电能。通过 MATLAB /Simulink 软件对离网型风光互补发电系统多模态能量控制进行了仿真,结果表明离网型风光互补发电系统工作可靠,验证了多模态分析法的有效性。
離網型風光互補髮電繫統是一種閤理配置新能源的獨立電源繫統,由于自然界中風能、太暘能齣現的不可預測性,以及負載、儲能狀態的隨機性,提齣一種基于風光互補髮電繫統多模態能量流的分析法,研究瞭各模態及模態間轉化特性,給齣瞭四種典型狀態下風光互補髮電繫統的能量控製及管理。採用閉環電壓控製使風力髮電通道和光伏髮電通道輸齣電壓恆定,為用電設備和儲能元件提供安全可靠的電能。通過 MATLAB /Simulink 軟件對離網型風光互補髮電繫統多模態能量控製進行瞭倣真,結果錶明離網型風光互補髮電繫統工作可靠,驗證瞭多模態分析法的有效性。
리망형풍광호보발전계통시일충합리배치신능원적독립전원계통,유우자연계중풍능、태양능출현적불가예측성,이급부재、저능상태적수궤성,제출일충기우풍광호보발전계통다모태능량류적분석법,연구료각모태급모태간전화특성,급출료사충전형상태하풍광호보발전계통적능량공제급관리。채용폐배전압공제사풍력발전통도화광복발전통도수출전압항정,위용전설비화저능원건제공안전가고적전능。통과 MATLAB /Simulink 연건대리망형풍광호보발전계통다모태능량공제진행료방진,결과표명리망형풍광호보발전계통공작가고,험증료다모태분석법적유효성。
A Stand-alone wind-photovoltaic hybrid power system allocates new energy resources reasonably and in -dependently.But the appearance of wind energy and solar energy is unpredictable , and their loading and storage states are random.Therefore, we analyze the flow of the multi-mode energy of the stand -alone wind-photovoltaic hy-brid power system.We study its mode and modal transformation and then control and manage the energy in its four typical modes.We use the closed-loop voltage control to make sure that the output voltage of a wind turbine and the photovoltaic-generated power are stable and that the power supply for electrical equipment and electricity -storage components is safe and reliable.We use the MATLAB /Simulink to simulate the control of the multi -mode energy of the stand-alone wind-photovoltaic hybrid power system .The simulation results, give in Figs.4, 5 and 6, and their analysis show preliminarily that the stand -alone wind-photovoltaic hybrid power system can work reliably , verifying that our multi-mode analysis method is effective .