This paper proposes a design and simulation based investigative analysis of a vertically mounted bifacial solar photovoltaic model in Marine Drive Road, Cox's Bazar. Cox's bazar is a famous tourist destination which seems to be a flexible site for implementing such energy harvesting system without affecting the nearby eco-system and solves the existing land shortage problem. Moreover, the infrastructure will provide insulation to noise related problem faced by nearby residents, arising from traffic noises. A model road of 200 meters is reconnoitered for energy harvesting by solar power using three prominent software namely PVSOL, PVsyst, and SAM where a promising mean annual yield of 70492.9 kWh is obtained, and the bifacial gain is calculated to be 12.26%. In addition, a deviation analysis is performed among each of the software and it is found that PVSOL and PVsyst have shown less deviation. Furthermore, a comprehensive financial analysis shows total installation cost to be 84759.74$.

中文翻译：

---

科克斯巴扎尔Marine Drive道路双面太阳能光伏系统的设计、仿真和可行性分析

本文提出了基于设计和模拟的调查分析，对位于科克斯巴扎尔 Marine Drive Road 的垂直安装的双面太阳能光伏模型进行研究分析。Cox's bazar 是一个著名的旅游目的地，它似乎是一个灵活的地点，可以在不影响附近生态系统的情况下实施这种能量收集系统，并解决现有的土地短缺问题。此外，基础设施将为附近居民面临的交通噪音引起的噪音相关问题提供隔离。使用PVSOL、PVsyst和SAM这三个著名软件对200米的样板道路进行太阳能收集，获得了有希望的70492.9千瓦时的平均年发电量，计算双面增益为12.26%。此外，对各个软件进行了偏差分析，发现PVSOL和PVsyst的偏差较小。此外，综合财务分析显示总安装成本为 84759.74 美元。