농업부문 에너지 수급전망과 청정에너지 농업시스템 구축 방안(2/2차연도) } : 한국농촌경제연구원

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농업부문 에너지 수급전망과 청정에너지 농업시스템 구축 방안(2/2차연도)

2011.11.30 52511

과제성격

연구보고(R635)
저자

김연중, 박현태; 강창용; 박기환; 권대흠; 한혜성; 이웅연
등록일

2011.11.30
연구주제

농업자원환경.

원문보기 좋아요

제1장 서론
제2장 농업부문 에너지 수급현황과 전망
제3장 청정에너지 산업현황과 보급전망
제4장 농가의 청정에너지 이용실태 분석
제5장 농촌지역의 청정에너지 생산·이용실태 분석
제6장 농촌지역의 청정에너지 이용시스템 구축방안
제7장 요약 및 결론

요약문

농업부문에서 이용할 수 있는 청정에너지는 지열, 공기열, 바이오가스, 목재펠릿 등이 있고, 농촌지역에서 가정용 에너지로 이용될 수 있는 에너지는 태양광, 태양열, 지열, 바이오에너지 등이 있다. 이들 에너지원은 경제적, 환경적 측면에서 많은 직간접적인 편익을 제공해 주기 때문에 향후 대체에너지원으로서 크게 활용될 것으로 기대된다. 그러나 아직은 초기 시설설치비의 부담과 운영 시스템의 미정착, 이용 효과의 불확실성 등 여러 문제로 인해 이용이 활발하지 못한 실정이다.
그럼에도 농업·농촌의 경쟁력 강화를 위해서 지역 특성을 고려한 환경 친화적 에너지원 개발과 보급이 필요하다. 궁극적으로 에너지 자립을 지향하는 청정에너지의 보급 및 이용확대에 대한 연구와 사회적 실천이 필요하다.
이 연구는 농업·농촌부문에서 생산·이용하고 있는 청정에너지 운영 실태와 문제점을 조사하고, 선진국 사례에서 시사점을 도출하여 에너지 이용확대 방안을 도출하였다.

Clean energy can be used for farming activities and replace fossil fuels. In Korea, geothermal and air source heat pumps, biogas plants, and wood pellets are currently available for use in the agriculture sector. These energy sources are expected to play an important role in the future as they can provide direct and indirect benefits in terms of economy, productivity, and environmental aspects.
The clean energy industry in the agricultural sector is at its initial stage of development. The growth rate of geothermal manufactures in terms of number of companies is stagnant, and the disbribution of clean energy is not all that active. To expand the use of renewable energy, the role of the government is important and bioenergy projects should be expanded. In addition, surveys found that technological improvement and farmers' will to reduce the cost are important factors.
The government plans to expand the use of clean energy as an alternative energy source to replace fossil fuels and, as part of this plan, it is promoting various pilot projects and policies such as the low-carbon green growth policy.
According to a survey of farmers, the economy of geothermal and air source heat pumps is higher than that of the currently used fuels. The survey has also found that although wood pellets are economically infeasible because of high raw material cost, they are more effective in improving productivity and quality. However, there is a problem in that the initial installation cost is high due to lack of technical skills related to construction and operation, and the effect of its use is highly uncertain. Especially because there is no infrastructure for installation, operation, and follow-up control of clean energy facilities, the production and use of clean energy is limited.
The government is conducting a pilot project, "Low Carbon, Green Village Development Project," in rural areas. The Deungyong village of Buan, a private sector-led energy self-sufficient town, is a successful case of a bio-energy project. The town has installed power generation facilities using solar energy. In addition, it has been supplying a variety of clean energy using solar power plants, solar water heaters, small wind powers, boilers of wood pellets, and geothermal heat pumps for heating and supply of hot water to houses, offices, restaurants and an education building in the town. This case is a typical successful project as the villagers were interested in energy saving and self-sufficiency.
There are many cases of biomass villages in advanced countries, such as Jühnde and Achental of Germany, Samsø of Denmark, Kuzumaki of Japan and so on. The keys to the success of these villages are increase in business efficiency through government support for renewable energy projects, voluntary participation of local residents, and maximization of available resources.
A clean energy system should be established for sustainable agriculture in the rural sector. For the system, this study estimated the possible amount of renewable energy that can be supplied by photovoltaic, solar, hydro, wind, geothermal, and bio-energy for different rural regions and classified the regions according to the type of clean energy source a rural region can utilize. An example of the first type is Gimje in Jeollabuk-do, a rural city with plenty of agricultural byproducts. The Inje county in Gangwondo was chosen as an example of the second type because the county is rich in forest byproducts. Hongseong County in Chungcheongnamdo has plenty of livestock waste and was chosen as the example for the third type.
According to the analysis of this study, the government first needs to identify the characteristics of nature in rural areas. Secondly, it is necessary to find out what clean energy sources are available and put them into a database. Thirdly, local residents should be actively involved in bio-energy projects. A variety of programs should be developed for continued education, discussion, and public relations improvement. Fourth, a mid- and long-term goal should be made after investigating what natural resources are available. Finally, it is important that the government and local residents enhance cooperation, individual responsibilities and obligations for energy conservation and clean energy use. And the central government should establish a long-term clean energy policy.

Researchers: Yean-Jung Kim, Hyun-Tae Park, Chang-Yong Kang, Ki-Hwan Park, Dae-Heum Gwon, Hye-Sung Han, Woong-Yeon Lee.
E-mail address: yjkim@krei.re.kr