Simulation study reveals an annual energy yield of 4.35 GWh from solar photovoltaic panels on Bangabandhu Bridge, indicating strong potential to reduce carbon emissions.
One practical way to address the present energy problem and lessen carbon emissions is to integrate solar photovoltaic panels with existing structures. The purpose of this project is to create an energy-harvesting system that may assist nations like Bangladesh in meeting their energy needs while lowering their carbon footprint and forgoing the need for extra resources. This will be accomplished by utilizing three software tools (PVSOL, PVsyst, and SAM) that are tailored for various installations. This study has created and simulated a monofacial solar panel-based energy model for one of the longest bridges in Bangladesh, the Bangabandhu Bridge. To obtain a more comprehensive knowledge of the system's efficacy, a thorough energy analysis was conducted. Based on our findings, we conclude that there is a great deal of promise for this endeavor. The results show that the average energy yield is 4348628kWh per annum.
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Sharmin et al. (2024) studied this question.
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