탄소의 사회적 비용에 따른 수상 태양광 사업의 경제성 변화
Changes in the Economic Feasibility of a Floating Photovoltaics Project due to the Social Cost of Carbon
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Renewable energy sources play a key role in achieving carbon neutrality and zero net emissions in the power generationsector. Various efforts have been made to support the deployment of renewable energy, particularly solar photovoltaic and windpower, including policies to internalize the external cost of carbon emissions. In this study, we conducted a financial analysis of a 800MW floating photovoltaic system and compared it with ground solar power generation. Additionally, we conducted a cost-benefitanalysis that included the social cost of carbon. The findings showed that the floating photovoltaic project can meet the profitabilitytarget through an appropriately designed internalization of the social cost of carbon.
Abstract
Renewable energy sources play a key role in achieving carbon neutrality and zero net emissions in the power generationsector. Various efforts have been made to support the deployment of renewable energy, particularly solar photovoltaic and windpower, including policies to internalize the external cost of carbon emissions. In this study, we conducted a financial analysis of a 800MW floating photovoltaic system and compared it with ground solar power generation. Additionally, we conducted a cost-benefitanalysis that included the social cost of carbon. The findings showed that the floating photovoltaic project can meet the profitabilitytarget through an appropriately designed internalization of the social cost of carbon.
참고문헌 (32)
- "Power sales, power generation by energy source"[URL]
- "The 6th basic plan of long-term electricity supply and demand" (2023)[URL]
- "Power-plant status:Regional cumulative capacity"[URL]
- Kwon, T. H., "Effect on power generation of floating photovoltaic power system power by water level change", J. Korean Solar Energy, 42(2), pp.13~21 (2022)
- Ahn, S. H., "An analysis of policy initiatives and benefit sharing schemes to support floating solar power plants", New. Renew. Energy, 17(4), pp.9~27 (2021)
- Analysis system for regional environmental status to support environmental assessment: The status and potential of i) onshore wind power generation and ii)floating photovoltaic power generation, "Park, J. Y.", Korea Environment Institute, 1~116 (2017)
- "Global floating solar to top 6GW threshold by 2031, Asia-Pacific region leads demand for floating solar"[URL]
- "Floating solar market - Global industry analysis, size, share, growth, trends, regional outlook, and forecast 2023-2032"[URL]
- "Environmental impact assessment (draft) evaluation summary of Saemangeum floating PV project" (2019)[URL]
- Kwon, O. G., "The deduction of generation efficiency coefficient of the Floating PV systems compared to ground-mounted PV systems based on their operationdata analysis", Trans. Korean. Inst. Elect. Eng, 68(6), pp.717~724 (2019)
- Choi, K. I., "Evaluation and validation of photovoltaic potential from fixed and tracking floating photovoltaic system in Hapcheon dam", J. Korean Soc. Miner. Energy Resour, 59(3), pp.293~302 (2022)
- Goswami, A., "Degradation analysis and the impacts on feasibility study of floating solar photovoltaic systems", Sustainable Energy, Grids and Networks, 26, pp.100425~ (2021)
- Luo, W., "Performance loss rates of floating photovoltaic installations in the tropics", Sol. Energy, 219, pp.58~64 (2021)
- Kwak, Y. G., "Economic efficiency analysis based on benefit-cost ratio of floating photovoltaic power generation system", Trans. Korean. Inst. Elect. Eng, 71(8), pp.1117~1125 (2022)
- "Establishment and operation of long-term LCOE forecast system for expansion of renewable energy(1/5)" (2020)[URL]
- "Research on revising and supplementing general guidelines for conducting preliminary feasibility studies for public enterprise and quasi-governmental organizations" (2018)[URL]
- "Resources-tax rate"[URL]
- "Terms dictionary of current economy"[URL]
- Kim, K. N., "The effects of depreciation methods on investment motivation for solar photovoltaic systems", New. Renew. Energy, 16(4), pp.66~75 (2020)
- Kim, T. H., "Profitability and risk analysis of the solar power generation project by the Korea rural community corporation", Journal of Rural Development, 42(4), pp.107~136 (2019)
- "Establishment and operation of long-term LCOE forecast system for expansion of renewable energy(2/5)" (2021)[URL]
- "Establishment and operation of long-term LCOE forecast system for expansion of renewable energy(3/5)" (2022)[URL]
- "Floating photovoltaic system cost benchmark: Q1 2021 installations on artificial water bodies" (2021)[URL]
- "U.S. Solar photovoltaic system and energy storage cost benchmarks, with minimum sustainable price analysis: Q1 2022" (2022)[URL]
- Islam, I., "Feasibility analysis of floating photovoltaic power plant in Bangladesh : A case study in Hatirjheel Lake, Dhaka", Sustainable. Energy Technol. Assess, 55, pp.102994~ (2023)
- "Online archive, price trend in 2023"[URL]
- "Review the adequacy and identify the improvement of domestic and overseas investment projects for public power companies" (2016)[URL]
- "Exploration study on the application method of power price intensity" (2020)[URL]
- "Management and operation guidelines for RPS and RFS" (2023)[URL]
- "Research on tax reform plan to achieve energy transition in the power sector" (2018)[URL]
- "Statistics of green gas-energy calorific value and emission factor"[URL]
- Sonu, S., "Effect of the REC price volatility on the PV system installation by private participants : Empirical test on a Korea case under the RPS system", New. Renew. Energy, 12(3), pp.156~164 (2016)