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PVT 모듈 성능 평가를 위한 기초 연구

The Fundamental Researches to Evaluate PVT Module Performance

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초록

PVT modules commonly can be defined as a combination of PV modules and thermal collectors. After absorbing sun light, electricity and hot water can be actually provided to users simultaneously, which dual outputs (electricity and hot water) have drawn academic interest and industrial activities. Additionally, heat exchange between solar cell and flowing water can enhance solar cell efficiency. Because of PVT modules effectiveness, new international markets and commercial products have made. Especially European, facilities and measurement methods are established to evaluate PVT module performance. However, there are no currently appropriate internationally and domestic standards and facilities to test PVT module performance Herein, to test PVT module performance, indoor thermal simulators and fundamental standard study are considered.

Abstract

PVT modules commonly can be defined as a combination of PV modules and thermal collectors. After absorbing sun light, electricity and hot water can be actually provided to users simultaneously, which dual outputs (electricity and hot water) have drawn academic interest and industrial activities. Additionally, heat exchange between solar cell and flowing water can enhance solar cell efficiency. Because of PVT modules effectiveness, new international markets and commercial products have made. Especially European, facilities and measurement methods are established to evaluate PVT module performance. However, there are no currently appropriate internationally and domestic standards and facilities to test PVT module performance Herein, to test PVT module performance, indoor thermal simulators and fundamental standard study are considered.

참고문헌 (7)

  1. Zondag, H. A., "Flat-plate PV-Thermal Collectors and Systems: A Review", Renewable and Sustainable Energy Reviews, Bd., 12 (2008)
  2. Michael, J. J., "Flat Plate Solar Photovoltaic-Thermal (PV", T) Systems: A Reference Guide, 2015, pp.51, ~
  3. Adam, M., "Verbundprojekt: Standardisierung und Normung Von Multifunktionalen PVT Solarkollektoren (PVT-Norm), Teilvorhaben: PVTSystemanwendungen und Simulationen" (2014)
  4. Cremers, J., (2015)
  5. UK Department for Business, Energy & Industrial Strategy, "Evidence Gathering - Low Carbon Heating Technologies, Hybrid Solar Photovoltaic Thermal Panels", ~ (2016)
  6. "KS B 8295 Solar Thermal Collectors (Flat Plate, Evacuated-tube, Fixed Concentrating Type)", ~
  7. "KS C 8561 Crystalline Silicone Photovoltaic Module (Performance)", ~

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