거침없이 라이팅(ㄱㅊㅇㅇ Writing) Level. 3 또는 신재생에너지발전설비(태양광)기능사 필기 > 도서

거침없이 라이팅(ㄱㅊㅇㅇ Writing) Level. 3



도서명 : 거침없이 라이팅(ㄱㅊㅇㅇ Writing) Level. 3
저자/출판사 : 김기훈 , 인지영 , 한예희 , 조현미 , 곽재은 ,, 쎄듀
쪽수 : 256쪽
출판일 : 2018-02-14
ISBN : 9788968061073
정가 : 13000

[권두부록] 영작에서 가장 많이 하는 실수 Top 3

CHAPTER 01 시제
UNIT 01 현재완료
UNIT 02 과거완료

CHAPTER 02 조동사
UNIT 01 조동사의 기본 쓰임
UNIT 02 과거 사실을 나타내는 조동사의 쓰임

CHAPTER 03 수동태
UNIT 01 시제에 따른 수동태
UNIT 02 주의해야 할 수동태

CHAPTER 04 부정사
UNIT 01 명사적 쓰임
UNIT 02 형용사적, 부사적 쓰임
UNIT 03 목적격보어로 쓰이는 부정사
UNIT 04 to부정사의 주요 구문

CHAPTER 05 동명사
UNIT 01 명사로 쓰이는 동명사
UNIT 02 동명사 주요 표현

CHAPTER 06 분사
UNIT 01 분사의 쓰임
UNIT 02 분사구문

CHAPTER 07 비교 표현
UNIT 01 원급
UNIT 02 비교급
UNIT 03 최상급

CHAPTER 08 접속사
UNIT 01 짝으로 이루어진 접속사
UNIT 02 부사절을 이끄는 접속사
UNIT 03 명사절을 이끄는 접속사

CHAPTER 09 관계사
UNIT 01 who(m), which, that, whose, what
UNIT 02 계속적 용법과 관계부사

CHAPTER 10 가정법
UNIT 01 if 가정법 과거, if 가정법 과거완료
UNIT 02 I wish/as if 가정법

Appendix 1 동사 변화형
Appendix 2 틀리기 쉬운 스펠링




신재생에너지발전설비(태양광)기능사 필기



도서명 : 신재생에너지발전설비(태양광)기능사 필기
저자/출판사 : 김평식 , 박왕서, 일진사
쪽수 : 522쪽
출판일 : 2018-01-25
ISBN : 9788942915071
정가 : 24000

제 1 장 신·재생에너지의 개요

1. 신·재생에너지의 정의 및 종류 ········· 12
1-1 신에너지 ········································· 12
1-2 재생에너지 ····································· 12

2. 신·재생에너지의 원리 및 특징 ········ 13
2-1 태양광발전 ····································· 13
2-2 태양열발전 ····································· 13
2-3 풍력발전 ········································ 15
2-4 수력발전 ········································ 18
2-5 지열발전 ········································ 19
2-6 해양에너지 ···································· 20
2-7 바이오에너지 ································ 22
2-8 수소에너지 ···································· 22
2-9 석탄액화·가스화 및 중질잔사유가스화 에너지 ································ 23
2-10 연료전지 ······································ 24
2-11 폐기물에너지 ······························· 25

제 2 장 태양광발전 시스템 개요

1. 태양광발전 시스템의 정의 및 종류 ··· 32
1-1 태양광발전(PV) 시스템의 정의 ···· 32
1-2 태양광발전 시스템의 분류 ··········· 33
1-3 태양광발전 시스템의 특징 ··········· 35

2. 태양전지(solar cell) ··························· 36
2-1 태양전지에 의한 발전 원리 및 기본 구조 ······································· 36
2-2 태양전지의 특성 변수 ·················· 37
2-3 태양전지의 분류 ··························· 43
2-4 태양전지의 특징 ··························· 44

3. 태양광발전 시스템의 구성 요소 ········ 48
3-1 태양전지 셀(cell) ·························· 48
3-2 태양전지 모듈(module) ··············· 49
3-3 태양전지 어레이(array) ··············· 50
3-4 파워컨디셔너 시스템 ···················· 51
3-5 전력저장장치 ································ 52

제 3 장 태양광 모듈 (module)

1. 태양광 모듈의 개요 ····························· 63
1-1 태양전지 모듈의 출력특성 ··········· 63
1-2 태양광 모듈의 구분 ······················ 65
1-3 태양광 모듈의 구성 및 구조 ······· 68
1-4 태양전지 모듈 조립 공정 및 단면구조 ················································· 70

2. 태양광 모듈의 설치 형식 ···················· 71
2-1 건축물에 설치하는 태양전지 ······· 71
2-2 건물 일체형 태양광발전(BIPV) ··· 74
2-3 태양전지 모듈의 직·병렬연결 수 산출 ················································· 76

제 4 장 파워컨디셔너 (PCS)

1. 파워컨디셔너(power conditioner)의 개요 ························································· 81
1-1 정의 및 역할 ·································· 81
1-2 파워컨디셔너(PCS)의 주요 구성 요소 ················································ 81
1-3 파워컨디셔너(PCS)의 회로 방식(절연 방식에 따른) ························ 82
1-4 파워컨디셔너(PCS)의 종류 ·········· 84
1-5 인버터(inverter)의 동작 원리 ····· 87
1-6 파워컨디셔너 시스템 구성방식에 따른 분류 및 특징 ························· 89

2. 파워컨디셔너의 기능 ·························· 90
2-1 자동운전 및 정지기능 ·················· 90
2-2 최대전력 추종 제어기능 ·············· 90
2-3 단독운전 방지기능 ······················· 90
2-4 자동전압 조정기능 ······················· 92
2-5 직류 검출기능 ······························· 93
2-6 직류지락 검출기능 ······················· 93

3. 계통연계 보호장치 및 파워컨디셔너의 시험 항목 ·············································· 94
3-1 계통연계 보호장치 ························ 94
3-2 태양광발전용 파워컨디셔너의 시험 항목(계통연계형의 경우) ·················· 95

4. 파워컨디셔너의 선정 및 사용상의 고려 사항 ·························································· 96
4-1 체크리스트 및 확인 사항 ············ 96

제 5 장 관련 기기 및 부품

1. 바이패스소자와 역류방지소자 ··········· 101
1-1 바이패스(bypass)소자 ················· 101
1-2 역류방지소자(block diode) ········ 103

2. 접속함 ················································· 104
2-1 일반 사항 ····································· 104
2-2 접속함 내부에 설치된 기기 및 부품 ················································ 104
2-3 어레이(array) 측 개폐기(입력용 DC 개폐기) ····················· 105
2-4 주 개폐기(출력용 차단기) ········· 105
2-5 피뢰소자 ······································ 105
2-6 단자대 ·········································· 106
2-7 신호변환기(T/D ; transducer) · 106
2-8 접속함 선정 시 고려 사항 ········· 107

3. 교류 측 기기 ····································· 108
3-1 분전반 ·········································· 108
3-2 적산전력량계(watt-hour meter) 108

4. 축전지(battery ; storage battery) 109
4-1 일반 사항 ····································· 109
4-2 태양광발전 계통연계 시스템용 축전지 ············································ 110
4-3 태양광발전 독립형 전원시스템용 축전지 ············································· 111

5. 낙뢰(lightning strike) 대책 ·············· 112
5-1 낙뢰의 개요 ································· 112
5-2 낙뢰로 인한 피해 및 침입 경로 113
5-3 태양광발전설비를 보호하기 위한 피뢰설비 및 뇌 서지 대책 ·········· 114
5-4 피뢰 대책용 소자 ························ 115
5-5 외부 피뢰설비와 내부 피뢰설비 116
5-6 피뢰설비의 유지보수 및 검사 ···· 117

제 6 장 태양광발전 시스템 시공

1. 시스템의 시공 준비 ··························· 125
1-1 시스템의 시공 절차 ···················· 125
1-2 시스템 관련 기기 반입검사 ······· 127
1-3 태양광발전설비의 안전작업 및 안전대책 ······································· 128

2. 시스템의 구조물 시공 ······················· 129
2-1 시스템의 구조물 시공기준 ········· 129
2-2 발전 형태별 구조물 시공 ··········· 131
2-3 태양전지 모듈(module)의 설치 · 133
2-4 인버터의 설치 ····························· 134
2-5 접속함 설치공사 ························· 135

3. 시스템의 배관 및 배선공사 ············· 136
3-1 케이블 선정 및 접속 ·················· 136
3-2 커넥터(접속 배선함) ··················· 138
3-3 태양전지 모듈의 배선 ················ 139
3-4 태양전지 모듈과 인버터 간 배선 ················································ 140
3-5 인버터와 배전반 간 배선 ·········· 143
3-6 전압강하 ······································ 143
3-7 모듈 및 어레이 설치 후 확인·점검사항 ········································ 144

4. 시스템의 접지공사 ···························· 145
4-1 접지공사의 개요 ·························· 145
4-2 접지공사의 종류 ························· 146
4-3 접지선의 굵기 및 표시 ·············· 148
4-4 제1종, 제3종 및 특별 제3종 접지 공사의 시설 방법 ························ 148
4-5 금속관 등의 접지공사 ················ 149
4-6 접지극 ·········································· 151
4-7 사람이 접촉할 우려가 있는 장소의 접지선 설치 ·································· 151
4-8 접지저항 측정 ····························· 152


제 7 장 태양광발전 시스템 운영
1. 시스템의 운영계획 및 사업 개시 ····· 165
1-1 일별, 월별, 연간 운영계획 수립 시 고려 요소 ······································ 165
1-2 전기허가증 발급 방법 ················ 167

2. 태양광발전 시스템의 운전 ················ 177
2-1 발전시스템 운영체계 및 운영 매뉴얼 ············································ 177
2-2 발전시스템 운전조작 방법 ········· 178
2-3 발전시스템의 분류 ······················ 178
2-4 태양광발전 시스템 운영 점검사항 ·················································· 181

3. 태양광발전 시스템 계측 ··················· 183
3-1 계측기구·표시장치의 구성 요소 및 취급 ·········································· 183
3-2 태양광발전 모니터링 시스템 ····· 185

제 8 장 태양광발전 시스템 품질관리

1. 성능 평가(performance evaluation) 195
1-1 시스템 성능 평가의 개념 및 분류 ················································ 195
1-2 태양광발전 시스템 성능 분석 용어·산출 방법 ·························· 196

2. 품질관리 판정 기준 ·························· 198
2-1 태양전지 셀의 시험 항목 및 판정기준(태양전지 기술 기준) ··········· 198
2-2 결정질 모듈(성능)의 시험 항목 및 판정 기준 ······································ 199
2-3 소형 태양광발전용 인버터의 시험항목 및 판정 기준 ······················· 201
2-4 태양광발전용 접속함의 시험 항목 및 판정 기준 ································ 208

3. 한국산업표준(KS), 국제표준화기구(ISO) 제도 ··················································· 210
3-1 표준화의 개요 ····························· 210
3-2 한국산업표준 ······························· 211
3-3 국제표준화기구(ISO) ·················· 213
3-4 국제전기기술위원회(IEC) ··········· 214

제 9 장 태양광발전설비 유지보수

1. 유지보수 개요 ···································· 224
1-1 유지보수 용어의 정의 ················ 224
1-2 설비의 유지보수 절차 ················ 225
1-3 태양광발전설비의 유지보수 점검작업 ··············································· 226
1-4 전력 시설물 유지관리 지침 ······· 227
1-5 유지관리의 일반 사항 ················ 228

2. 유지보수 세부 내용 ·························· 229
2-1 태양광발전 시스템의 보수점검 · 229
2-2 전력 시설물 보수점검(전력 시설물 유지관리 지침서) ························· 234
2-3 태양광발전 시스템의 고장 원인 248
2-4 태양광발전 시스템의 문제 진단 249

3. 태양광발전 시스템의 검사 지침 ······ 258
3-1 사용 전 검사 일반 ······················ 258
3-2 자가용 발전설비 사용 전 검사 항목 및 세부검사 내용 ······························ 259
3-3 자가용 발전설비 정기검사 항목 및 세부검사 내용 ······························ 262
3-4 사업용 발전설비 사용 전 검사 항목 및 세부검사 내용 ························ 263
3-5 사업용 발전설비 정기검사 항목 및 세부검사 내용 ······························ 267
3-6 기타 검사 ···································· 269

제 10 장 태양광발전 시스템 안전관리

1. 위험요소 및 위험관리 방법 ·············· 278
1-1 안전관리의 개요 ·························· 278
1-2 전기의 위험성과 전기재해 ········ 280
1-3 감전사고의 방지 대책 ················ 282
1-4 감전사고의 응급조치 ·················· 282
1-5 전기설비의 안전점검 ·················· 283

2. 전기작업의 안전 ································ 285
2-1 정전 및 활선작업 등에 관한 기술 지침 일반 ········································ 285

3. 안전관리 장비 ··································· 290
3-1 안전장비의 분류 ························· 290
3-2 안전장비의 종류 및 특성 ·········· 291

제 11 장 신·재생에너지 관련법

1. 신·재생에너지 개발·이용·보급 촉진법················································· 304
2. 신·재생에너지 개발·이용·보급 촉진법의 시행령 ································· 318
3. 신·재생에너지 개발·이용·보급 촉진법의 시행규칙 ····························· 329


제 12 장 전기설비기술기준 및 판단기준

1. 전기설비기술기준 ······························· 351
제1장 총칙 ··········································· 351
제2장 전기공급설비 및 전기사용설비 353

2. 전기설비기술기준의 판단기준 ········· 356
제1장 총칙 ··········································· 356
제2장 발전소 ? 변전소 ? 개폐소의 시설 374
제3장 전선로 ······································· 377
제4장 전력보안 통신설비 ·················· 397
제5장 전기 사용 장소의 시설 ··········· 398
제6장 지능형 전력망 ·························· 419

부록 기출문제 및 해설
2013년도 출제문제 ·························· 454
2014년도 출제문제 ·························· 467
2015년도 (1회차) 출제문제 ············· 480
2015년도 (2회차) 출제문제 ············· 492
2016년도 (1회차) 출제문제 ·············· 507