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IEA ECBCS Annex 54 방법에 근거한 PVT-GSHP 시스템 경제성 평가 연구

PVT-GSHP System Economic Evaluation Study with IEA ECBCS Annex 54 Method

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초록

This study is to perform economic analysis of a PVT-GSHP(Photovoltaic Thermal-Ground Source Heat Pump)system compared to the conventional system which consists of a boiler and a chiller. This research has simulated, developed and analyzed four systems for application in a residential and an office building which was based on the hourly EPI(Energy Performance Index, kWh/m²yr). Case 1 includes a boiler and a chiller to meet heating and cooling demands for a house. Case2 is the same conventional system as Case1 for a office. Case 3 is simple summation of Case 1 and 2. And Case 4 is utilizing a PVT-GSHP to meet the combined loads of the house and office. The economic evaluation study was based on IEA ECBCS Annex 54 subtasks C economic assessment methods. This study indicated that PVT-GSHP system can save a building’s energy up to 53.9%. Also the SPB(Simple Payback) of the PVT-GSHP system with 0%, 50% initial incentive was 14.5, 6.7 year respectively.

Abstract

This study is to perform economic analysis of a PVT-GSHP(Photovoltaic Thermal-Ground Source Heat Pump)system compared to the conventional system which consists of a boiler and a chiller. This research has simulated, developed and analyzed four systems for application in a residential and an office building which was based on the hourly EPI(Energy Performance Index, kWh/m²yr). Case 1 includes a boiler and a chiller to meet heating and cooling demands for a house. Case2 is the same conventional system as Case1 for a office. Case 3 is simple summation of Case 1 and 2. And Case 4 is utilizing a PVT-GSHP to meet the combined loads of the house and office. The economic evaluation study was based on IEA ECBCS Annex 54 subtasks C economic assessment methods. This study indicated that PVT-GSHP system can save a building’s energy up to 53.9%. Also the SPB(Simple Payback) of the PVT-GSHP system with 0%, 50% initial incentive was 14.5, 6.7 year respectively.

참고문헌 (9)

  1. Black Out crisis makes Smart Grid system as an opportunity, "The Korean Society of Marine Engineering", 951~952 (2012)
  2. "KIER-CanmetENERGY Joint Study for Solar-Gentheraml Energy based Micro Generation Technology", ~ (2013)
  3. "ASHRAE standard 90.1, Energy Standard for Buildings except Low-Rise Residential Buildings", ~ (2007)
  4. A. Rosato, "Energy environmental and economic dynamic performance assessment of different micro-cogeneration systemsin a residential application", Applied Thermal Engineering, 59, pp.599~617 (2013)
  5. "Boiler website"[URL]
  6. "Chiller Website"[URL]
  7. 2011 Renewable Energy Sources Unit Price Announcement, "New and Renewable Energy Centre of Korea Energy Management Corporation(KEMCO)", 1~ (2011)
  8. "Korea electric power corporation website"[URL]
  9. "Korea Gas Corporation website"[URL]

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