해상풍력단지 공존이용 가능성과 방향
Possibilities and Orientation toward Co-existence of Offshore Wind Farms
0
조회
0
다운로드
4
인용
0
참고문헌
키워드
초록
Demand for offshore wind farms is increasing as a way of reducing carbon emissions and climate change impacts. The predicted expansion of the offshore wind sector is likely to influence on the marine ecosystem and to increase conflicts as users of coastal zone compete for space. Globally, the concept of Marine Spatial Planning(MSP) has been used and adopted as a marine policy in order to seek sustainable use of marine ecosystem and to overcome conflicts between conservation and development or between developers and existing users. This study introduced the concept of MSP from an aspect of co-existence and figured out trials, advantages and possibilities of the space co-use within the offshore wind farm. This study also explained various conditions which are necessary for the commercial space co-use within offshore wind farm and suggested the prerequisites for the successful adaptation of co-existence within offshore wind farm sites. As a result, this study could find out that the potential possibilities of the co-existence of offshore wind farm are enough and those accomplishment could give us a lot of benefits from an aspect of economics as well as social acceptance.
Abstract
Demand for offshore wind farms is increasing as a way of reducing carbon emissions and climate change impacts. The predicted expansion of the offshore wind sector is likely to influence on the marine ecosystem and to increase conflicts as users of coastal zone compete for space. Globally, the concept of Marine Spatial Planning(MSP) has been used and adopted as a marine policy in order to seek sustainable use of marine ecosystem and to overcome conflicts between conservation and development or between developers and existing users. This study introduced the concept of MSP from an aspect of co-existence and figured out trials, advantages and possibilities of the space co-use within the offshore wind farm. This study also explained various conditions which are necessary for the commercial space co-use within offshore wind farm and suggested the prerequisites for the successful adaptation of co-existence within offshore wind farm sites. As a result, this study could find out that the potential possibilities of the co-existence of offshore wind farm are enough and those accomplishment could give us a lot of benefits from an aspect of economics as well as social acceptance.
참고문헌 (19)
- Snapshot of Renewable Energy Development in the EU-28, "Banja, M.", EU Commission, 21~29, pp.Volume 2, JRC Science and Policy Reports (2015)
- 채동렬, "해양공간계획(MSP)제도 도입의 필요성에 관한 연구", 해양환경안전학회지, 15(3), pp.237~242 (2009), 해양환경안전학회
- A Study on the Improvement of Marine Spatial System in Korea, "Choi, H. J.", Korea Maritime Institute, 18~34 (2011)
- Schrijvers, J., "A Flood of Space toward a Spatial Structure Plan for Sustainable Management of the North Sea", Belgian Science Policy, pp.25~208 (2005)
- HM Goverment, "UK Marine Policy Statement", HM Government, 43~ (2011)
- Establishing a Framework for Maritime Spatial Planning, "European Parliament and the Council", ~, pp.Directive 2014 (2014), 89[DOI]
- National Ocean Policy Implementation Plan, "National Ocean Council", NOC, 19~23 (2013)
- Schultz-Zehden, A., "Handbook on Integrated Maritime Spacial Planning", pp.22~42 (2008)
- Integrated Coastal Zone Management (ICZM) : Strategies for Coastal and Marine Spatial Planning : The Role of Spatial Planning and ICZM in the Sustainable Development of Coasts and Seas, "Gee, K.", Federal Ministry of Transport, 41~ (2006)
- "COLREGS, 1974, International Regulations for Preventing Collisions at Sea, Articles of the Convention on the International Regulations for Preventing Collisions at Sea", International Maritime Organization, ~ (1974)
- Department of Energy & Climate Change, "Applying for Safety Zones around Offshore Renewable Energy Installations", 3~11 (2011)
- Netherlands Enterprise Agency, "Borssel Wind Farm Zone : Project & Site Description", 17~ (2014)
- Offshore Wind Farm Development and the Issue of Maritime Safety, Case Study, "Baltic Master", Kriegers Flak, 13~17 (2007)
- Inshore Fisheries and Aquaculture Technology Innovation and Development, "Mee, L.", 8~9 (2006)
- Wever, L., "Lessons from Stakeholder Dialogues on Marine Aquaculture in Offshore Wind Farms: Perceived Potentials, Constraints and Research Gaps", Marine Policy, 51, pp.252~ (2015)
- Hooper, T., "The Co-location of Offshore Wind Farms and Decapod Fisheries in the UK: Constrains and Opportunities", Marine Policy, pp.295~296 (2014)
- Combining Offshore Wind Energy and Large-scale Mussel Farming: Background & Technical, Ecological and Economic Considerations, "Lagerveld, S.", IMARES, ~ (2014)
- Aquaculture in Welsh Offshore Wind Farms: A Feasibility Study into Potential Shellfish Cultivation in Offshore Wind Farm Sites, "Syvret, M.", Aquafish Solutions Limited, ~ (2013)
- Griffin, R., "Private Incentives for the Emergency of Co-production of Offshore Wind Energy and Mussel Aquaculture", Aquaculture, 436, pp.80~89 (2015)