농촌지역 태양광에너지 도입을 위한 공공데이터 활용방안
Study on the Utilization of Public Data for the Introduction of Solar Energy in Rural Areas
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
The purpose of this study, the trend of renewable energy, domestic and foreign renewable energy policies, and the flow of the legal system related to renewable energy location were identified, and a location analysis using public data was studied when solar energy was located. First, renewable energy is leading to energy conversion by reducing the proportion of existing fossil fuel-centered energy sources in the global trend and increasing the proportion of renewable energy, an eco-friendly energy source, and changing the institutional and market structure. Second, large-scale solar energy power plants are installed and operated in rural areas where there is no change in insolation and land prices are cheaper than in urban areas where there are many changes in insolation due to surrounding high-rise buildings and street trees. Third, if a preliminary location review is conducted using public data at this time, it will be easy to identify the optimal location for area and size calculation. Fourth, the solar energy location functional area was studied in area A, and the total area of the target area was 624.5㎢, with 392.7㎢ and 62.9% of the avoidance area where solar power cannot be located.
Abstract
The purpose of this study, the trend of renewable energy, domestic and foreign renewable energy policies, and the flow of the legal system related to renewable energy location were identified, and a location analysis using public data was studied when solar energy was located. First, renewable energy is leading to energy conversion by reducing the proportion of existing fossil fuel-centered energy sources in the global trend and increasing the proportion of renewable energy, an eco-friendly energy source, and changing the institutional and market structure. Second, large-scale solar energy power plants are installed and operated in rural areas where there is no change in insolation and land prices are cheaper than in urban areas where there are many changes in insolation due to surrounding high-rise buildings and street trees. Third, if a preliminary location review is conducted using public data at this time, it will be easy to identify the optimal location for area and size calculation. Fourth, the solar energy location functional area was studied in area A, and the total area of the target area was 624.5㎢, with 392.7㎢ and 62.9% of the avoidance area where solar power cannot be located.
참고문헌 (15)
- A revised version based on"Analysis of Rural Solar Projects for Agricultural Income Enhancement", "Byeon, J. Y.", National Assembly Budget Office, ~ (2021)
- "Carbon Border Adjustment System: A carbon tax imposed to prevent the offsetting of the EU's greenhouse gas reduction achievements in the process of importing products produced in non-EU countries, which are less proactive in responding to climate change than the EU", ~
- "General rural solar refers to the installation of solar panels on agricultural land and agricultural production facilities, excluding farming-type solar. This is exemplified by the case in Jinan-gun, Jeollabuk-do. Farming-type solar, on the other hand, is exemplified by the case in Boseong-gun, Jeollanam-do", ~
- 김유승, "신재생에너지 보급 활성화를 위한 공공데이터 활용 방안 -지열에너지 연관 데이터를 중심으로-", 한국융합학회논문지, 9(11), pp.253~262 (2018), 한국융합학회[DOI]
- A Study on Consumers Problems and Improvement Methods in Solar Energy, "Jung, Y. H.", Korea Energy Economics Institute, ~ (2019)
- Korea Energy Agency, "New and Renewable Energy Distribution Statistics Results (Confirmed)", ~ (2022)
- SMEs’ Trasition to Sustainability·Green Practices·Digitalization, , 2022
- Ministry of Trade, Industry and Energy, "Renewable Energy 3020 Process Strategy", ~ (2017)
- Solar energy calculation modeling based on experimental methods of specific difuse, "reflected radiation including the efects of surrounding objects", Park, H. D., 2020
- "The cases are included in ｢Excellent Cases of Solar Power Generation by Type」" (2020), Korea Energy Agency
- Yang, "Progress and Challenges in the Energy Transition of Major Countries" (2019), Korea Energy Economics Institute
- "2020 Climate and Energy Package:CEP-2020 aims to achieve a 20% reduction in greenhouse gas emissions compared to the 1990s, along with goals of a 20%increase in the supply and expansion of renewable energy and a 20% improvement in energy efficiency", ~
- "2030 Climate and Energy Policy Framework:CEPF-2030 aims to achieve a minimum 40% reduction in greenhouse gas emissions compared to the 1990s, along with goals of a 27% increase in the supply and expansion of renewable energy and a 27% improvement in energy efficiency", ~