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건축물에너지평가사 필기 총정리
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건축물에너지평가사 필기 총정리

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  • 일진사
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  • 2017-01-15 출간
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  • 886페이지
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  • ISBN 9788942914982
★★★★★ 평점(10/10) | 리뷰(1)
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북스크린영상으로 만나보는 한 권의 책 이야기

출판사서평

1. 핵심 위주의 해설
‘건축물에너지평가사’를 공부하는 독자가 단시간에 핵심 위주의 많은 내용을 습득하여 합격의 길로 빨리 갈 수 있게끔 군더더기는 가능한 한 배제하고 핵심내용 위주의 이론 해설을하고, 문제를 담았습니다.

2. 문제풀이만으로도 ‘단기 완성’
문제풀이 부분에서는 각 문제마다 ‘해설’을 자세히 추가하여, 본문에 대한 지나친 반복적학습을 지양하고 ‘단기간 시험준비 완성’이 가능하도록 배려하였습니다.

3. 대학 교재나 기술사 준비 기본서로도 활용 가능
‘건축물에너지평가사’라는 한 분야에만 국한되지 않고, 에너지 관련 분야의 학문에서 두루 활용할 수 있도록 기초 에너지이론, 온실가스, 지구온난화, 녹색 건축물, 넓게는 공조 분야, 건축설비 분야까지 내용상 연관성을 강화하였습니다. 따라서 ‘건축물에너지평가사’ 취득 후 기술사 등의 자격종목에 도전 시에도 많은 도움이 될 수 있도록 하였고, 대학이나 연구소 등에서 에너지 관련 부분의 참고서적으로 쉽고 유용하게 활용할 수 있도록 구성하였습
니다.

4. 논리적이고 체계적인 용어해설
보통 깊이가 있는 전문 기술내용들은 논리적이고 체계적인 서술이 아니면, 독자가 내용을 이해하는 데 상당히 혼란이 가중될 수 있으므로, 논리적이고 체계적이면서도 상세한 구성이 될 수 있게 최선을 다하였습니다.

5. 탄탄한 실력
‘건축물에너지평가사’ 분야는 탄탄한 수학 ㆍ 물리 ㆍ 화학 ㆍ 공학적 기초지식 위에 발전적 학문이 연구되어야 합니다. 그렇다고 해서 너무 광범위한 관련 지식을 요구하다 보면, 이 분야에 종사하시는 분들이 ‘건축물의 에너지’라는 초점을 흐릴 수도 있기 때문에 핵심적인 관련 지식을 엄선하여 수록함으로써 보다 탄탄한 핵심 기초지식을 비교적 쉽게 터득할 수 있게 하였습니다.

6. 이해력 증진
관련 유사 기술용어들은 가능한 한 함께 묶어 서로 연관 지어 이해할 수 있도록 하였고, 많은 사진, 그림, 그래프, 수식 등을 들어가며 해설하였으며, 가장 이해가 쉬운 건축물에너지평가사 기본 교재 및 수험준비서가 될 수 있도록 노력하였습니다.

7. 요점 정리
주요 단원에는 ‘핵심해설’을 두어 내용을 요약ㆍ정리할 수 있게 하였고, 이러한 습관을 통하여 학습한 내용을 다시 한 번 상기할 수 있도록 하였습니다.

8. ‘칼럼’ 으로 심층 학습
추가적으로 부연설명이 필요하거나 심층 학습이 필요한 항목에 대해서는 ‘칼럼’ 표기를 덧붙여 설명이 충분히 될 수 있도록 하였습니다. 특히 필요한 부분에 대해서는 적용사례, 응용기술, 향후 기술동향 등도 같이 덧붙여 설명하였습니다.

9. ‘Quiz’ 로 설명 추가
본문 내용 중 이해를 돕기 위해 문제 제시가 필요한 경우에는 ‘Quiz’ 로 설명을 추가하여 확실한 이해를 돕도록 배려하였습니다. 또한 필요시에는 계산문제 형태로도 설명을 돕도록 하였습니다.

10. 사진, 계통도, 그림, 그래프, 수식 등 다수 추가
각 내용의 이해를 돕기 위해 사진, 계통도, 그림, 그래프, 수식, 표, 흐름도 등도 가능한 한 많이 추가하였습니다. 이러한 시각적 표현방법을 잘 참조하여 학습에 임한다면 더욱더 쉽고 효과적으로 필요한 지식을 학습할 수 있을 것으로 사료됩니다.

11. 유용한 자료 제공
블로그(http://blog.naver.com/syn2989)를 통하여 여러분의 어떠한 질문도 받을 수 있도록 하고 있습니다. 꼭 책의 내용이 아니더라도 현장 경험상 혹은 실무나 시험에서 부딪히는 문제들을 자유롭게 올려주시면 잘 검토하여 답변하도록 하겠습니다

목차

제1과목 녹색건축물 관계 법규

제1장 녹색건축물 조성 지원법 관련 법령 ····14
1. 녹색건축물 조성 지원법 ························· 14
2. 녹색건축 인증에 관한 규칙(주요 내용 요약 ) ···································· 51

제2장 에너지이용 합리화법 관계 법규 ······ 61
1. 에너지이용 합리화법(주요 내용 요약) ····································· 61
2. 고효율에너지기자재 보급촉진에 관한규정 (주요 내용 요약 ) ···························· 81

제3장 에너지법 ························89
1. 에너지법(주요 내용 요약 ) ······················ 89

제4장 건축법 관계 법규 ·················101
1. 건축법 (주요 내용 요약 ) ······················ 101
2. 용도별 건축물의 종류(건축법 시행령 별표1) ·························· 110
3. 건축물의 설비기준 등에 관한 규칙(주요 내용 요약 ) ·································· 124
4. 공동주택 층간소음의 범위와 기준에 관한 규칙(주요 내용 요약 ) ····· 127
5. 건축물 도면작성 방법 ··························· 128
6. 건축물의 설계도서 작성기준 ················ 129
7. 설계도서의 해석 ···································· 131
8. 공사내역서 ············································· 135

제5장 기타의 법규 및 정책 ·············· 145
1. 지구온난화의 원인, 영향 및 대책 ········ 145
2. UN의 기후변화협약 (UNFCCC) ··········· 146
3. 온실가스 관련 정책 ······························ 151

제2과목 건축환경계획

제1장 건축환경계획 개요 ················160
1. 건축계획 일반 ······································· 160
2. 초고층 건물 및 초고층 복합건물 공조 ··· 165
3. 대공간 건물공조 ···································· 170
4. 호텔 건물공조 ······································· 172
5. 병원 공조 ··············································· 174
6. 지하공간 및 지하주차장 ······················· 176
7. IB(인텔리전트 빌딩 ; Intelligent Building)공조 ···································· 178
8. 아트리움 공조 ······································· 181
9. Heavy Duty Zone(집중 공조부하 존, 중부하 존, 초중부하 존) ······················· 183
10. 인동간격 ················································ 186
11. 에너지 절약적 공조설계 및 폐열회수 ·· 187
12. 굴뚝효과(Stack Effect) ·························· 190
13. 코안다 효과(Coanda Effect) ················· 194
14. 세계의 대표적인 친환경건축물 평가제도 ················································ 196
15. LCC(Life Cycle Cost) ·························· 200
16. 리모델링(Remodeling) ··························· 202
17. 빌딩 커미셔닝(Building Commissioning) ·· 205
18. 설비의 내구연한 ···································· 206
19. PAL과 CEC ·········································· 207
20. VE(Value Engineering) ························ 209
21. PERT/CPM 기법 ··································· 212
22. 이중외피(Double Skin Facade) 방식 ··· 214
23. 초에너지 절약형 건물에서의 에너지 절약· 218
24. 환경 관련 용어 ····································· 221
25. 집단에너지 사업 ···································· 226

제2장 열환경계획 ······················234
1. 이론적 열이동 방법 ······························ 234
2. 대류 열전달(Convection) ······················ 236
3. 공기의 온도 성층화(Stratification) ······· 239
4. 벽체 단열재와 통형 단열재의 설계 기준 ························································ 240
5. Fourier 법칙 ·········································· 243
6. 열교(Thermal Bridge, Heat Bridge) ···· 244
7. 법적 열관류율 지역구분 기준 ·············· 247
8. 단열재 사용두께 결정방법 ···················· 248
9. 보온재(단열재)의 분류 및 구비조건 ···· 249
10. 방습재의 종류 및 선정 시 주의사항 ··· 251
11. 단열시공의 종류 및 성능평가 ·············· 252
12. Zoning ··················································· 254
13. 공조부하 계산법 ···································· 256
14. 냉방부하 계산법 ···································· 260
15. 난방부하 계산법 ···································· 266
16. 설계온도(Design Temperature) ············· 268
17. Time Lag & Decrement Factor ·········· 269
18. 기간부하 계산 ······································· 270
19. 결로(結露, Condensation) ····················· 274
20. 차양장치 ················································ 279
21. 스마트 글레이징(Smart Glazing) ········· 281
22. 투명단열재(TIM ; Transparent Insulation Materials) ······························· 282
23. 로이유리 적용방법 ································ 283
24. 투과율 가변유리 ···································· 285
25. 기밀성 평가 ··········································· 286
26. 열전달 관련 용어 ·································· 288
27. 전산유체역학(CFD) ······························· 290
28. 투습량 및 투습에 의한 잠열의 산정 ··· 291
29. 인체의 열적 쾌적감에 영향을 미치는 인자 292
30. 쾌적지표(Comfort Index) ······················ 294
31. 작용온도와 습작용온도 ························· 295
32. C.I(PMV, PPD) ····································· 296
33. 에너지대사 관련 용어 ··························· 297
34. 열평형방정식과 Cold Draft ·················· 299
35. EDT와 ADPI ········································ 300
36. 냉방병(냉방증후군) ································ 301
37. 생체기후도 ············································· 302

제3장 공기환경계획 ····················312
1. IAQ(Indoor Air Quality ; 실내공기의 질) ······································ 312
2. 다중이용시설 등의 실내공기질 관리법 ···················································· 314
3. 공동주택 및 다중이용시설의 환기설비기준 등 ·················································· 315
4. 학교보건법(시행규칙) ···························· 321
5. 다중이용시설에서 실내공간 오염물질, 유지기준 및 권고기준 ··························· 322
6. 신축 공동주택의 공기질 측정관련 법규와 권고기준 ······································· 324
7. 실내 환기량 계산 ·································· 325
8. 탄산가스(CO2) 배출기준에 따른 필요 환기량 계산과 실내 농도변화 예측방법 ·······326
9. 환기방식의 종류 및 특징 ····················· 327
10. 아파트의 ‘주방환기’ ······························ 330
11. 공조용 Air Filter의 분류 및 특징 ······· 332
12. Air Filter의 성능 시험방법 ·················· 335
13. 실내공기청정기 인증을 위한 성능시험방법 ········································· 338
14. 환기효율 및 공기연령(Age of Air) ····· 339
15. 환기효율 측정법(농도변화 측정) ·········· 342
16. 미세분진(PM10) ···································· 344
17. Good Ozone과 Bad Ozone ·················· 344
18. 온돌 및 난방설비의 설치기준 ·············· 346
19. 외기 엔탈피 제어방법과 백화점 외기냉방 제어의 타당성 ······················· 349
20. 전열교환기(HRV, ERV) ······················· 351

제4장 빛환경계획 ······················359
1. 빛환경 용어 설명 ···································· 359
2. 자연채광시스템 ········································ 361
3. 일사계 ······················································ 365
4. 자연형 태양열주택 시스템 ······················ 366
5. 온수집열 태양열 난방 ····························· 370
6. 태양열급탕기 ㆍ태양열온수기 ··················· 372
7. 색온도 ······················································ 373
8. 연색성 ······················································ 374
9. 조도 계산 ················································ 375

제3과목 건축설비시스템

제1장 건축 기계설비의 기초지식 ㆍ 이해 및 응용 ···························386
1. SI단위(The International System of Units) ················································ 386
2. 압력 관련용어 ······································· 387
3. 온도와 습도 ··········································· 389
4. 현열과 잠열 ··········································· 391
5. 습공기 용어 ··········································· 392
6. 엔탈피 용어 ··········································· 393
7. 현열비(SHF)와 유효현열비(ESHF) ······· 395
8. 습공기선도상 프로세스 ························· 396
9. 가습방법 ················································ 399
10. CF(Contact Factor)와 BF(Bypass Factor) ································ 401
11. 덕트 내 압력 - 전압, 정압, 동압 ··········· 403
12. 무디 선도와 레이놀즈수 ······················· 405
13. LMTD(Logarithmic Mean Temperature Difference) ······························ 406
14. 열기관과 히트펌프의 열효율(성적계수) ·············································· 408
15. 열량 용어 ··············································· 409
16. 열역학 법칙 ··········································· 413
17. 엔탈피(Enthalpy) ··································· 414
18. 엔트로피(Entropy) ································· 415
19. 카르노 사이클과 역카르노 사이클 ······· 416
20. 열역학 용어 ··········································· 417
21. 베르누이 방정식(Bernoulli’s Equation) ··············································· 418
22. 배관의 마찰손실 ···································· 420
23. 공조방식의 대분류 및 주요 특징 ········· 423
24. 단일덕트 방식 ······································· 427
25. 이중덕트 방식 ······································· 430
26. 공기 - 수 방식 ········································ 433
27. 전수 방식 ··············································· 435
28. 복사냉 ㆍ 난방 ·········································· 438
29. 바닥취출공조(UFAC, Free Access Floor System) ······································· 441
30. 저속치환공조 ········································· 444
31. 거주역/비거주역(Task/Ambient)공조 시스템 ···················································· 445
32. 윗목/아랫목 시스템 ······························· 446
33. 열병합발전(Co-generation) ···················· 447
34. 외기 냉수냉방(Free Cooling, Free Water Cooling) ····································· 451
35. 가스 냉열원 시스템과 빙축열 시스템의 비교 ······························ 454
36. 저냉수 ㆍ 저온공조 방식(저온급기 방식) 456
37. 덕트설계법 ············································· 459
38. VAV 시스템의 종류별 특징 ················ 466
39. 송풍기의 분류 및 특징 ························· 470
40. 송풍기의 풍량제어방법 ························· 474
41. 송풍기나 펌프의 서징현상 ···················· 476
42. 송풍기의 특성곡선과 직 ㆍ 병렬 운전 ···· 479
43. 송풍기 선정절차 ···································· 482
44. 펌프(Pump)의 분류 및 특징 ················· 483
45. NPSH(Net Positive Suction Head) ······ 487
46. 펌프의 공동현상(Cavitation) ················· 488
47. 수격현상(Water Hammering) ················ 491
48. 펌프의 직렬 및 병렬운전특성 ·············· 493
49. 펌프의 특성곡선과 비속도 ···················· 494
50. 보일러의 종류별 특징 ··························· 496
51. 보일러 관련 용어 ·································· 503
52. 급탕 ㆍ 온수설비 설계 ······························ 509
53. 증기난방의 설계 ···································· 515

제2장 건축 전기설비 이해 및 응용 ········539
1. 전력과 역률 ··········································· 539
2. 전압강하 계산 ······································· 541
3. 변압기와 중전기기 ································ 542
4. 부하관계 용어 ······································· 546
5. 고효율 변압기 ······································· 546
6. 플레밍의 법칙(Fleming’s Rule) ············ 548
7. 송풍기, 펌프용 유도전동기의 기동방식· · 551
8. 뇌서지 대책 ··········································· 553
9. 접지공사 ················································ 556
10. 주상변압기 결선방식 ····························· 562
11. 배전방식 ················································ 564
12. 수변전 설비에 사용하는 기기의 표시 ·· 566
13. 자동제어 ················································ 567
14. 제어 관련용어 ······································· 574
15. 공실 제 어방법 ····································· 576
16. 유비쿼터스 (Ubiquitous) ························ 578
17. 용량기변(VVVF ; Variable Voltage Variable Frequency) 기술 ···················· 579
18. 이코노마이저 사이클(제어) ··················· 581
19. IOT (Internet Of Th ings) ···················· 581

제3장 건축 신재생에너지설비 이해 및 응용 · 598
1. 재생에너지 개요 ···································· 598
2. 태양열에너지 ········································· 603
3. 태양광에너지 (Photovoltaics) ················ 611
4. 일조와 음영 분석 ·································· 621
5. 태양광발전설비 시스템 ························· 627
6. 지열에너지 ············································· 639
7. 지열의 응용(이용방법) ·························· 645
8. 풍력발전 ················································ 648
9. 연료전지 ················································ 653
10. 신에너지 및 재생에너지 개발 ㆍ 이용 ㆍ 보급 촉진법 ··········································· 659
11. 신재생에너지 경제성 분석방법 ············· 661

제4과목 건축물 에너지효율 설계 ㆍ평가

제1장 건축물 에너지 효율등급 평가 ······· 680
1. 에너지 절약계획서 ································ 680
2. 건축물의 에너지 절약설계기준(원문 전체) ············································ 686
3. 효율등급 평가 자료 ······························ 707

제2장 건축물 에너지효율설계 이해 및 응용 · 748
1. 건축물 에너지효율등급 인증에 관한 규칙·· 748
2. 건축물 에너지효율등급 인증 기준 ······· 755
3. 건축물 에너지효율등급 인증제도 운영규정(‘건축물 용도프로필’ 포함) ··········· 760
4. 도서분석 능력 및 설계 ㆍ 평가 ··············· 786

부 록 과년도 출제문제

ㆍ 제1회 건축물에너지평가사 1차 시험 (2015년 8월 13일 시행) ·························· 816
ㆍ 제2회 건축물에너지평가사 1차 시험 (2016년 7월 3일 시행) ·························· 848

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