The Importance of structure on the recyclability of solar panels

Designing Less Waste Generating Photovoltaic Panels (lwgpvp)

Abstract

Purpose: The objective of this study is to propose a solution to reduce the wastes caused by the degradation of the end-of-life photovoltaic panels. Design: We conducted a scientific project in which we presented our design model as a solution for a less-waste generating PV panel. We focused on the external  form  of the rigid solar panels. Then, we evaluated our proposition with the conventional design economically and ecologically. Methodology: this research uses the quantitative method to estimate the expenditure requirements of the recycling  cycle of our proposed model.  It relies on the qualitative method to analyze  both the conventional and sustainable cycles. Approach: it uses the comparative approach to compare between our proposed sustainable design and the conventional photovoltaic panel model in terms of design and the recycling phases. Findings: Our results show that the design features of  foldability, removability and flexibility of our proposed model reduced the expenditures on natural and human resources and equipment to 38.75% . Originality of the research: This scientific contribution shows the significance of the external design of the panels in cutting recycling expenses. Less wastes generating PV panel is a promising solution to manufacture recyclable panels, economically efficient with less environmental footprint.