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시설원예의 지열냉·난방시스템 경제성 분석

Economic Analysis of Cooling-Heating System Using Ground Source Heat in Horticultural Greenhouse

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키워드

주제분류기타공학

초록

Government Geothermal Cooling-Heating Projects has made efforts to reduce GHG(Greenhouse Gas) emissions and to manage cost of greenhouse farm households. This study evaluated the economic benefits of heating load rate of change by comparing Geothermal Cooling-Heating System with the existing system(greenhouse diesel heating) in the Government Geothermal Cooling-Heating Projects. Economic analysis results shows that, 1) When installing the Cooling-Heating system according to the ratio of 70% heating load in policy standards, the geothermal cooling-heating system has economic efficiency with greenhouse type or scale independent because the investment cost is recovered within 7 years. And It was more economic efficiency the ratio of 50% heating load than 70% heating load. 2) When installing the Cooling-Heating system according to the glass greenhouse of the ratio of 90% heating load, pay period of investment cost is recovered within 5 years. Therefore it is necessary to apply flexible heating sharing according to greenhouse type or scale.

Abstract

Government Geothermal Cooling-Heating Projects has made efforts to reduce GHG(Greenhouse Gas) emissions and to manage cost of greenhouse farm households. This study evaluated the economic benefits of heating load rate of change by comparing Geothermal Cooling-Heating System with the existing system(greenhouse diesel heating) in the Government Geothermal Cooling-Heating Projects. Economic analysis results shows that, 1) When installing the Cooling-Heating system according to the ratio of 70% heating load in policy standards, the geothermal cooling-heating system has economic efficiency with greenhouse type or scale independent because the investment cost is recovered within 7 years. And It was more economic efficiency the ratio of 50% heating load than 70% heating load. 2) When installing the Cooling-Heating system according to the glass greenhouse of the ratio of 90% heating load, pay period of investment cost is recovered within 5 years. Therefore it is necessary to apply flexible heating sharing according to greenhouse type or scale.

참고문헌 (8)

  1. Lee D.C, "Economic Research of Colling-Heating System Using Ground Source Heat in a public library", pp.2012
  2. Seo C.Y, "A Selection of Geat Source System by LCC Analysis : A Case Study of National Gogeung Youth Space Experience Center", pp.2009
  3. Ryu Y.S, "Establishment of Climate Region by Recent 30-year Temperature Range in South Korea Area", The Korea Solar Energy Society, 31(2), pp.376~382 (2011)
  4. 지준범, "태양복사모델을 이용한 태양전지판의 최적 경사각에 대한 연구", 한국태양에너지학회 논문집, 32(2), pp.64~73 (2012), 한국태양에너지학회[DOI]
  5. Kim M.G, "Design standards for greenhouse environment (II)", pp.54~56 (1997), Rural Research Institute
  6. Park Y.S, "State of the Future 2025", pp.20~114 (2012)
  7. Seong G.H, "A Study on Life Cycle Cost Analysis of Rail Structures depending on Roadbed Composition", pp.2010
  8. Park J.S, "A Study on the Improvement Method of the LCC and the Maintenance Management in Public Educational Facilities BTL Projects", pp.2011

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