해상풍력 산업생태계 분석을 위한 제언 : 신재생에너지산업 특수분류 기반 기업 간 거래네트워크 분석의 필요성
A Suggestion for Offshore Wind Industry Ecosystem Analysis : The Necessity of Analyzing the Transaction Network Based on the Special Classification of the Renewable Energy Industry
0
조회
0
다운로드
2
인용
0
참고문헌
키워드
초록
This study reviews previous studies on the scale of offshore wind power industry ecosystems to provide basic data for a revitalization strategy for the offshore wind power industry and proposes an analysis of transaction networks based on the special classification of the renewable energy industry. First, we examine the localization rate, technology level, and price level of the offshore wind industry. Second, this research compares the methodology and estimation results of previous studies estimating the scale of the wind power industry. Third, we examine the details related to the enactment of a special classification of the renewable energy industry statistics and review the Korea Energy Agency's renewable energy industry statistics (focusing on 2019 and 2020). Finally, this study suggests the necessity of analyzing an inter-company transaction network based on special classifications of the renewable energy industry to grasp the status of each region and value chain of the offshore wind industry.
Abstract
This study reviews previous studies on the scale of offshore wind power industry ecosystems to provide basic data for a revitalization strategy for the offshore wind power industry and proposes an analysis of transaction networks based on the special classification of the renewable energy industry. First, we examine the localization rate, technology level, and price level of the offshore wind industry. Second, this research compares the methodology and estimation results of previous studies estimating the scale of the wind power industry. Third, we examine the details related to the enactment of a special classification of the renewable energy industry statistics and review the Korea Energy Agency's renewable energy industry statistics (focusing on 2019 and 2020). Finally, this study suggests the necessity of analyzing an inter-company transaction network based on special classifications of the renewable energy industry to grasp the status of each region and value chain of the offshore wind industry.
참고문헌 (30)
- Ministry of Trade, Industry and Energy, "Plan to Strengthen Competitiveness for Renewable Energy Industry", ~ (2019)
- Lee, S. K., "Estimation of the Scale of Renewable Energy Industry Using Big Data Analysis", ~ (2021)
- Korean Energy Technology Evaluation and Planning, "4th Energy Tech Innovation Roadmap, Wind Power", ~ (2020)
- Korean government, "A Plan for the Development of Offshore Wind Power in Cooperation with Residents and Co-existence with the Fisheries Industry", ~ (2020)
- AEGIR, "Accelerating South Korean Offshore Wind Through Partnerships: A Scenario-based Study of Supply Chain, Levelized Cost of Energy and Employment Effects", ~ (2021)
- Mayer Brownㅎ, "Offshore Wind in South Korea: The Path Ahead", ~ (2022)
- BVG, "Towards Round 3; Building the Offshore Wind Supply Chain", ~ (2009)
- BVG, "Towards Round 3; Progress In Building the Offshore Wind Supply Chain", ~ (2011)
- BVG, "Towards Round 3; The Offshore Wind Supply Chain In 2012", ~ (2012)
- BVG, "Offshore Wind: A 2013 Supply Chain Health Check", ~ (2013)
- BVG, "Norwegian Supply Chain; Opportunities In Offshore Wind", ~ (2017)
- BVG, "The Virginia Advantage; The Roadmap For The Offshore Wind Supply Chain In Virginia", ~ (2018)
- BVG, "Building North Carolina's Offshore Wind Supply Chain: The Roadmap For Leveraging Manufacturing And Infrastructure Advantage", ~ (2021)
- BVG, "Offshore Wind Roadmap For Vietnam", ~ (2021)
- Power Sector, Supply Chain, Jobs, And Emissions Implications Of 30 Gigawatts Of Offshore Wind Power By 2030, "Lantz, E.", NREL, ~, pp.NREL (2021), TP-5000-80031
- The Demand For A Domestic Offshore Wind Energy Supply Chain, "Shields, M.", NREL, ~, pp.NREL (2022), TP-5000-81602
- Kim, Y. S., "Regional Industrial Ecosystem in the Age of Industrial Convergence", ~ (2012)
- Jeong, M. T., "Growth Strategies of Renewable Energy Equipment Industry", ~ (2009)
- Korean Energy Technology Evaluation and Planning, "Energy Industry Ecosystem Survey and Technology Level Analysis", ~ (2020)
- Korean Energy Technology Evaluation and Planning, "Research and Development Project Planning Report for 2021 Energy Technology Development Project, Renewable Energy Core -Wind -", ~ (2021)
- Establishment of a New Renewable Energy Industry Survey and Analysis and Industrial Development System for the Introduction of the New Renewable Energy Industry Special Classification System(Statistics Office), "Cho, S. M.", ~ (2019)
- Korea Energy Agency, "New and Renewable Energy Industry Statistics for 2019", ~ (2020)
- Korea Energy Agency, "New and Renewable Energy Industry Statistics for 2020", ~ (2022)
- Report on the Special Classification of Renewable Energy Industry, "Statistics Korea", ~ (2021)
- 이학래, "사회네트워크분석을 이용한 풍력산업 네트워크 구조 분석 - 호남권을 중심으로 -", 한국지역개발학회지, 25(5), pp.87~106 (2013), 한국지역개발학회
- An Analysis on Economic Effect of Renewable Energy Expansion(3, "4)", Kim, K. H., 2021
- Byeon, J. S., "Ecosystem Analysis on Energy Industry in Gwangju -Focusing on Inter-firms’ Transaction Network", The Studies in Regional Development, 53(1), pp.167~200 (2021)
- 변장섭, "조선해양플랜트산업 제조업체의 구매·판매 네트워크: 전라남도를 중심으로", 한국경제지리학회지, 20(1), pp.16~33 (2017), 한국경제지리학회[DOI]
- 조미경, "지역 산업생태계의 동태적 변화 분석: 자동차 기업 네트워크 특성을 중심으로", 한국지역개발학회지, 32(4), pp.43~66 (2020), 한국지역개발학회[DOI]
- "Policy·information-Major policies by sector-Energy·Resources" (2022)[URL]
