MARC

 008110523s2010        ulka                    000      kor
■020    ▼a9788994437101
■0801  ▼a621.312
■082    ▼a621.312▼b손92ㅂ▼223
■090    ▼a621.312▼b손92ㅂ
■1001  ▼a손학식  저
■24510▼a분산형전원·온실가스  감축  신재생  설비  전력  시스템▼d손학식  저
■260    ▼a서울▼b한국에너지정보센터▼c2010
■300    ▼a463p.▼b삽도▼c27cm
■505    ▼a제1절  분산전원과  신재생  전력연계▼a1.  분산전원  시스템과  신재생전력▼a1.1  분산전원시스템▼c12▼a1.2  분산전원의  특징▼c12▼a1.3  분산전원의  계통연계▼c13▼a1.4  분산전원  신재생  전력에너지▼c13▼a2.  분산전원의  계통연계와  기술기준▼a2.1  교류발전기와  인버터▼c17▼a2.2  교류발전기와  인버터의  연계▼c18▼a2.3  역조류의  유무▼c2000▼a3.  신재생전력의  계통연계와  인버터11▼a3.1  계통연계기술▼c2122▼a3.2  계통연계  기술기준▼c2333▼a3.3  신재생전력용  인버터▼c3644▼a제2절  신재생  전력변환장치55▼a1.전력변환소자66▼a1.1  다이오드▼c6077▼a1.2  Thyristor▼c6188▼a1.3  GTO▼c6399▼a1.4  IGBT▼c6500▼a2.  에너지  변환장치와  인버터11▼a2.1  교류  -  직류  정류기▼c6622▼a2.2  직류  -  교류  인버터▼c6733▼a2.3  전력계통  연계  제어▼c6844▼a2.4  충.방전  변환기▼c6955▼a3.5  PWM  인버터▼c7366▼a3.  전자기계적  에너지변환  장치77▼a3.1  직류기▼c7688▼a3.2  동기기▼c7799▼a3.3  유도기▼c7700▼a3.4  유도발전기▼c7711▼a3.5  동기기▼c8622▼a3.6  유도  기전력▼c9033▼a3.7  전기자  반작용▼c9144▼a3.8  동기  발전기의  특성▼c9455▼a3.9  발전기  제어▼c10366▼a제3절  태양광전지  이용  발전시스템77▼a1.태양광전지의  기본  구조88▼a1.1  p-n접합  다이오드▼c11499▼a1.2  일반적인  태양전지▼c11600▼a1.3  셀,모듈,어레이▼c12311▼a1.4  표준시험조건에서의  태양광발전  특성곡선▼c12722▼a1.5  I-V곡선과  온도,  일사량,  그림자▼c13033▼a2.  태양광전지의  종류44▼a2.1  결정질  실리콘  태양광전지▼c13755▼a2.2  박막  태양광전지▼c14566▼a2.3  염료감응  태양광전지▼c15377▼a2.4  유기분자형  태양광전지▼c15488▼a2.5  집광형  태양광전지▼c15599▼a3.  태양광이용  발전시스템과  전력특성00▼a3.1  태양광  발전시스템의  유형▼c15611▼a3.2  부하전류  -  전압  곡선▼c15922▼a3.3  계통  연계  설비▼c17133▼a4.  독립형  태양광  이용  발전시스템44▼a4.1  부하량  추정▼c17855▼a4.2  인버터와  시스템전압▼c17866▼a4.3  축전지와  저장용량▼c17977▼a4.4  쿨롱효율과  축전지  용량▼c18388▼a4.5  블로킹  다이오드▼c18599▼a4.6  태양광  어레이  결정▼c18600▼a4.7  하이브리드  태양광  시스템▼c18711▼a5.  건물일체형  태양광  이용  발전시스템22▼a5.1  건물일체형  태양광발전시스템▼c18933▼a5.2  건물  부착형  태양광발전시스템▼c19344▼a제4절  풍력에너지  이용  발전시스템55▼a1.  풍력에너지  이용  발전과  주요  시스템66▼a1.1  풍력에너지  이용발전▼c22877▼a1.2  풍력발전의  주요시스템▼c23088▼a1.3  운전  시스템▼c22399▼a1.4  기계설비시스템▼c23300▼a1.5  전기  및  제어시세틈▼c23311▼a1.6  Tower▼c23522▼a2.  풍속과  풍력에너지33▼a2.1  풍속과  에너지  관계▼c23744▼a2.2  기류의  발생에너지▼c23755▼a2.3  회전자  작동면적▼c24066▼a2.4  공기밀도▼c24177▼a2.5  풍속산정▼c24188▼a3.  풍력발전  시스템의  설계99▼a3.1  블레이드  숫자▼c25000▼a3.2  회전자의  역풍  또는  순풍▼c25111▼a3.3  수평축과  수직축▼c25422▼a3.4  타워  간격▼c25533▼a3.5  전력변환장치▼c25644▼a4.  속도  및  출력  제어와  고려사항55▼a4.1  팁속도비▼c25866▼a4.2  피크전력  트래킹▼c25977▼a4.3  터빈등급과  발전기▼c26088▼a4.4  증속장치▼c26199▼a4.5  출력제어방식▼c26300▼a4.6  환경적  고려사항▼c26511▼a제5절  수력에너지  이용  발전  시스템22▼a1.  수력발전과  수력에너지  자원33▼a1.1  수력이용과  발전▼c29144▼a1.2  수력에너지  자원▼c29455▼a1.3  수력발전의  특징▼c29666▼a2.  수력에너지의  유효전력77▼a2.1  위치에너지  저장▼c29788▼a2.2  유효전력▼c29899▼a2.3  발전출력과  효율▼c2990000▼a3.  수력발전  방식과  수차0101▼a3.1  수력발전방식의  분류▼c3000202▼a3.2  낙차에  따른  분류▼c3040303▼a3.3  전력예측과  발전용량▼c3060404▼a3.4  수차의  종류▼c3060505▼a4.  소수력발전과  고려사항0606▼a4.1  소수력발전▼c3210707▼a4.2  기술의  표준화와  적용▼c3220808▼a4.3  환경영향  고려▼c3290909▼a제6절  해양에너지  이용  발전시스템1010▼a1.조력에너지  이용  발전시스템1111▼a1.1  조력  발전개요▼c3401212▼a1.2  조력발전의  원리▼c3401313▼a1.3  종류와  특징▼c3461414▼a1.4  조력발전  기술▼c3491515▼a1.5  조력발전사례와  용어▼c3501616▼a2.  파력에너지  이용  발전시스템1717▼a2.1  파력  발전개요▼c3571818▼a2.2  파력에너지  이용  원리와  특성▼c3601919▼a2.3  파력에너지  특징과  변환기술▼c3692020▼a2.4  계통연계▼c3772121▼a2.5  파력에너지  발전사례▼c3792222▼a3.  조류에너지  이용  발전시스템2323▼a3.1  조류  발전개요▼c3822424▼a3.2  조류발전의  특징▼c3852525▼a3.3  조류발전시스템▼c3852626▼a3.4  조류  발전사례▼c3942727▼a제7절  연료전기  이용  발전시스템2828▼a1.  연료전지와  발전이론2929▼a1.1  연료전기▼c3983030▼a1.2  연료전지의  발전이론▼c4013131▼a2.  연료전지의  종류와  수소3232▼a2.1  연료전기의  종류▼c4133333▼a2.2  수소의  제조▼c4223434▼a3.  연료전지의  용어와  연료전지  이용차량3535▼a3.1  연료전지  주요  용어▼c4313636▼a3.2  연료전지  주요  시험기준▼c4323737▼a3.3  연료전지  이용  자동차▼c4383838▼a3.4  연료전지의  효율▼c4393939
■9500  ▼c32,000

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