Thermal performance of parabolic trough solar collectors
2017-01-16
org.kosen.entty.User@55f4827e
김채형(avalonkch)
행사&학회소개
1.Introduction
2. Thermal models for a PTC collector
2.1.Heat transfer model
2.2. Non-uniform thermal model
2.3. One-dimensional thermal model
2.4. Three-dimensional thermal model
2.5. Statistical model
2.6. Energy and exergy model
2.7.Dynamic model
2.8. Effectiveness of thermal models
3. Simulations and numerical methods
4. Experimental set-ups
5. Cost analysis
5.1.Initial investment
5.2. Operation and maintenance cost
5.3. Instrumentation equipment cost
5.4. Strategies for the cost analysis of a PTC collector
6. Conclusions
2. Thermal models for a PTC collector
2.1.Heat transfer model
2.2. Non-uniform thermal model
2.3. One-dimensional thermal model
2.4. Three-dimensional thermal model
2.5. Statistical model
2.6. Energy and exergy model
2.7.Dynamic model
2.8. Effectiveness of thermal models
3. Simulations and numerical methods
4. Experimental set-ups
5. Cost analysis
5.1.Initial investment
5.2. Operation and maintenance cost
5.3. Instrumentation equipment cost
5.4. Strategies for the cost analysis of a PTC collector
6. Conclusions
보고서작성신청
본 분석물은 태양에너지 설비 중에서 태양 집열기(PTC)에 대해 논하고 있다. 수치해석적 방법과 실험적 방법을 통해 태양 집열기의 환경 영향, 열손실, 열유동 등에 대한 내용을 기술하고 있다.