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영농형 태양광 발전 시스템 구성에 따른 하부 농지 일사량의 전산모사 연구
김덕성(DeokSung Kim),김창헌(ChangHeon Kim),박종성(JongSung Park),김창한(ChangHan Kim),남재우(JaeWoo Nam),조재영(JaiYoung Cho),임철현(CheolHyun Lim) 한국신재생에너지학회 2020 신재생에너지 Vol.16 No.1
The share of agrophotovoltaics in the “renewable energy 3020”, which is the Korean government policy for revitalizing new and renewable energy, is increasing gradually. In this study, the distribution of solar radiation received by crops growing on virtual farmland under a range of conditions, such as module height, module angle, shading ratio, and module type, was quantified and analyzed using an Ecotect program, which allows insolation analysis during the period from spring to fall. As the module angle increases, transmissive modules increase the amount of solar radiation delivered to the lower farmland. In addition, the difference between 3x12 Cell Type and 4x9 Cells Type, which are types of photovoltaic modules used in practice, was found to be small. The analysis results can be used as a design standard for the future establishment of agrophotovoltaic systems.