미래 표준 풍력터빈 기술 전망
Projection of General Wind Turbine Technology in Future
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초록
To be feasible, a master plan for renewable energy development should be based on reliable resource assessments. In particular, to reach carbon neutrality, long-term renewable energy potential prospects by 2050 are required. Such assessment is key to establish a future resource model by defining a proper future prospect scenario with regard to the potential determinants of future potential prospects. As part of developing future wind resource potential models, this paper describes technology scenarios deduced by statistical analysis of domestic onshore wind farm data. The rated power of the standard wind turbine was defined as 5.5, 4, and 8 MW in the moderate, conservative, and advanced scenarios, respectively. The turbine diameter, hub height, and specific power of each scenario were determined according to IEC wind classes. The results of this study are in accordance with the wind power outlooks of the USA and Europe, and are expected to be utilized as a basic reference to estimate realistic onshore wind future potentials.
Abstract
To be feasible, a master plan for renewable energy development should be based on reliable resource assessments. In particular, to reach carbon neutrality, long-term renewable energy potential prospects by 2050 are required. Such assessment is key to establish a future resource model by defining a proper future prospect scenario with regard to the potential determinants of future potential prospects. As part of developing future wind resource potential models, this paper describes technology scenarios deduced by statistical analysis of domestic onshore wind farm data. The rated power of the standard wind turbine was defined as 5.5, 4, and 8 MW in the moderate, conservative, and advanced scenarios, respectively. The turbine diameter, hub height, and specific power of each scenario were determined according to IEC wind classes. The results of this study are in accordance with the wind power outlooks of the USA and Europe, and are expected to be utilized as a basic reference to estimate realistic onshore wind future potentials.
참고문헌 (14)
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