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학술대회 Development of a Design and Value Evaluation Tool for the Optimal Connection between Renewable Energy Generation and Energy Storage System
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저자
김종원, 최창식, 박완기
발행일
201810
출처
International Conference on Information and Communication Technology Convergence (ICTC) 2018, pp.1313-1315
DOI
https://dx.doi.org/10.1109/ICTC.2018.8539699
협약과제
18PH1200, 신재생 비율 및 그리드 특성에 따른 그리드 안정화 기술용 ESS 최적 연계 기술 개발 및 실증, 박완기
초록
Many countries have increased Renewable Energy Generation (REG) to reduce greenhouse gas emissions. The more we install REG, the more we damage the reliability of electric distribution system and the stability of grid. We need to analyze the effect of REG on grid for the optimal connection between REG and Energy Storage System (ESS), need to research the reliability index and the flexibility index of the optimal connection between REG and ESS to maximize the reliability of electric distribution system and the stability of grid, and need to develop a design and value evaluation tool that can contribute to the stability of grid. In this paper, we describe the operational process of a design and value evaluation tool for the optimal connection between REG and ESS, and explain our design and value evaluation tool for the optimal connection between REG and ESS. And we show the element technology of a design and value evaluation tool with measured past yearly PV data. Finally we explain the element technology of a design and value evaluation tool without measured past yearly PV data.
KSP 제안 키워드
Element technology, Evaluation tools, Greenhouse Gas(GHG), Greenhouse Gas Emissions, Operational process, Renewable energy generation, Value evaluation, electric distribution system, energy storage system, flexibility index, optimal connection