孟加拉国基于太阳能和磁场的可再生能源生产原型

Ohirul Qays, F. Yasmin
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引用次数: 6

摘要

虽然新时代的现代技术完全依赖于电力部门,但目前的能源状况在过去几十年里表现出严重的负面影响。相比之下,由于化石燃料耗散的稀缺,孟加拉国正面临着不稳定的影响。为了解决电力需求问题,本文提出了一种新型的发电方式。磁通量和太阳辐照相结合,以获得最大功率输出。光伏板在太阳辐射峰值时提供最大功率,在夜间终止能量流。而浮式发电机可根据水波趋势的变化,在白天或夜间提供最大发电量。为此,本项目考察了一种基于光伏浮动发电机的综合可再生能源方案。实验结果表明,与传统方法相比,该方法在现实世界中得到了验证(最大14.5瓦输出)。
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Renewable energy production based on solar power and magnetic field prototype in Bangladesh
Though modern technology of new era is mostly dependent on power sector entirely, the current energy scenario is showing a serious negative effect for the last few decades. Comparatively, Bangladesh is facing a precarious effect because of the scarcity of fossil-fuel dissipation. To accomplish the power demand resolution, a new type of power generation is proposed in this research paper. Magnetic flux and solar irradiation is combined to get maximum power outcome. The PV panel supplies the maximum power in the peak solar radiation and terminates the energy stream at night time. However, the floating generator can supply its maximum creation day or night time according to the movement of water wave tendency. For this reason, a PV-floating Generator based integrated renewable energy scheme is inspected in this venture. The experimental result shows its real-world validation (Maximum 14.5 Watt output) comparing to conventional methods.
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