Floating Solar Photovoltaic System: An Overview and their Feasibility at Kaptai in Rangamati
Floating Solar Photovoltaic System: An Overview and their Feasibility at Kaptai in Rangamati
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浮动太阳能光伏系统：兰加马蒂卡普泰的概述及其可行性
DOI：
10.1109/iprecon49514.2020.9315200
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发表时间：
2020
期刊：
影响因子：
--
通讯作者：
Md. Abdur Rahman
中科院分区：
文献类型：
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作者：
Raihan Chowdhury;Md. Abdul Aowal;S. Mostafa;Md. Abdur Rahman
如今，太阳能发电是可再生能源的一个显着部门。它被用于各种各样的事情，如商业应用，太阳能加热器，太阳能泵等太阳能发电最大限度地减少了集成电网电力的稀缺性。未来，我国的电力需求将日益增长。然而，它降低了常规燃料的可靠性。为了实现太阳能光伏（PV）发电厂，它需要大量的土地，这对于孟加拉国这样一个过度拥挤的省份来说非常困难。相反，孟加拉国拥有巨大的沿海地区，湖泊，池塘，水库在水上实施太阳能项目，而不是土地。57主要河流和巨大的沿海地区将有效地实施浮动太阳能光伏电站。漂浮光伏不仅是一种创新的接入方式，也是在水框架中使用光伏组件以保护土地以及组件提高效率的传统方法。此外，浮动光伏基础设施有助于减少水体中的水分蒸发。Kaptai，Rangamati是建造浮动太阳能光伏电站的最佳地点。通过对面板位置、太阳能电池板效率、可用表面积、经济效益和环境效益等数量的估算，显示了卡普泰浮动光伏电站总发电量的综合模型。通过对模拟数据、理论背景、计算方法、单位成本及其效益等方面的研究，开发了采用该方法的电力生产。
Nowadays solar power is a remarkable sector of renewable energy. It is used for various things such as commercial application, solar heaters, solar pumps, etc. Solar power minimizes the scarcity of the integrated grid power. In the future, the power demand of our country will be increasing day by day. However, it decreases the reliability of conventional fuel. To implement solar photovoltaic (PV) power plant, it needed vast amount of land which is very difficult to an overcrowded province like Bangladesh. On the contrary, Bangladesh has a huge coastal area, lake, pond, reservoir on water to implement the solar project instead of land. 57 Major rivers and huge coastal area will be effective for implementing floating solar PV power plant. Floating PV is not only innovative access but also conventional approach of using PV modules in water framework to preserve the land as well as module increases the efficiency. Also, Floating PV infrastructure contributes to reducing the water evaporation from the water body. Kaptai, Rangamati is the best places to construct a floating solar PV power plant. FPV power project in kaptai is adept by estimating quantity like panel position, efficiency of solar panel, available surface area, economic and environmental benefits which shows the comprehensive model of total electricity production in kaptai floating PV power plant. The electrical production of using this method is developed by studying simulated data, theoretical background, calculation, per unit cost and its benefits in different aspects.