온도차에너지의 농어촌 활용을 위한 이용 가능량 및 법제도 분석
Analysis of Available Capacity and Relevant Legal System for the Use of Temperature Difference Energy in a Rural Community
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초록
There is an ever-growing interest in alternative energy sources, and more and more technologies are becoming viable options as efforts to reduce greenhouse gas production and fossil fuel consumption increase. Unutilized energy has been attracting particular attention as a community based alternative energy source. Temperature difference energy is ubiquitous in nature, and it may be possible to harvest this energy without any significant influence on the local environment. In this study, we examined reserves and available capacity of temperature difference energy sources(treated sewage, river water, and an agricultural reservoir) for the supply of energy to a rural community. Reserves and available capacity of treated sewage were 6,555 Tcal/yr and, 4,318 Tcal/yr, respectively, while reserves and available capacity of river water were 192,000 Tcal/yr and 1,632 Tcal/yr, respectively. Agricultural reservoirs returned reserve and available capacity figures of 7,994 Tcal/yr and 141 Tcal/yr, respectively. In addition, we presented a review of legal and systematic considerations which might pave the way for larger scale temperature difference projects in the future. We also suggest a direction for future temperature difference energy based on the current Korean legal system.
Abstract
There is an ever-growing interest in alternative energy sources, and more and more technologies are becoming viable options as efforts to reduce greenhouse gas production and fossil fuel consumption increase. Unutilized energy has been attracting particular attention as a community based alternative energy source. Temperature difference energy is ubiquitous in nature, and it may be possible to harvest this energy without any significant influence on the local environment. In this study, we examined reserves and available capacity of temperature difference energy sources(treated sewage, river water, and an agricultural reservoir) for the supply of energy to a rural community. Reserves and available capacity of treated sewage were 6,555 Tcal/yr and, 4,318 Tcal/yr, respectively, while reserves and available capacity of river water were 192,000 Tcal/yr and 1,632 Tcal/yr, respectively. Agricultural reservoirs returned reserve and available capacity figures of 7,994 Tcal/yr and 141 Tcal/yr, respectively. In addition, we presented a review of legal and systematic considerations which might pave the way for larger scale temperature difference projects in the future. We also suggest a direction for future temperature difference energy based on the current Korean legal system.
참고문헌 (5)
- 농업용 에너지생산･이용실태, "김연중", 한국농촌경제연구원, 18~ (2013)
- 미활용에너지 네트워크 실증사업 최적화연구, "윤형기", 과학기술부, 141~ (2005)
- 미활용에너지 네트워크 실증사업 최적화연구, "윤형기", 과학기술부, 109~ (2005)
- 부경진, "신･재생에너지발전 의무비율 할당제(RPS) 도입 국제 비교 연구", 신재생에너지, 1(3), pp.14~23 (2005), 한국신재생에너지학회
- 안형준, "미활용에너지의 경제적 효과 및 보급지원방안 연구", 한국신재생에너지학회 학술대회논문집, 7, pp.95~98 (2008)