태양광 사용 후 모듈 적정처리를 위한 전주기 단위비용 추정 연구
A Study of Unit Cost Estimation for the Appropriate Treatment of End-of-life Photovoltaic (PV) Modules
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초록
The installation of photovoltaic power in Korea has expanded rapidly owing to various energy subsidies. On the other hand, this has naturally raised concerns regarding the increase in end-of-life photovoltaic (PV) modules and the associated costs for treatment. This research estimated the unit recycling cost of end-of-life PV modules to draw appropriate policy implications by analyzing the data collected from site surveys and a literature review. The results suggest that the decommissioning of PV modules can cost as much as 87% of the entire recycling cost. Moreover, the recycling cost of domestic scale PV modules is approximately twice as higher than that of commercial scale PV modules. Therefore, an increase in the awareness of such costs and the appropriate distribution of the responsibilities in the decommissioning of end-of-life PV modules on a domestic scale is required.
Abstract
The installation of photovoltaic power in Korea has expanded rapidly owing to various energy subsidies. On the other hand, this has naturally raised concerns regarding the increase in end-of-life photovoltaic (PV) modules and the associated costs for treatment. This research estimated the unit recycling cost of end-of-life PV modules to draw appropriate policy implications by analyzing the data collected from site surveys and a literature review. The results suggest that the decommissioning of PV modules can cost as much as 87% of the entire recycling cost. Moreover, the recycling cost of domestic scale PV modules is approximately twice as higher than that of commercial scale PV modules. Therefore, an increase in the awareness of such costs and the appropriate distribution of the responsibilities in the decommissioning of end-of-life PV modules on a domestic scale is required.
참고문헌 (22)
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