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Green energy harvesting using nantenna: An energy harvesting approach based on nantenna

机译:采用尼尼纳的绿色能量收获:基于尼尼纳的能量收集方法

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Today, the giant problem of our civilization is the crisis of energy. The conventional energy resources are yet to be replacing by the renewable energy sources due to limited stock and high emission of pollutants. When the world goes for green, the solar energy takes the attention of the researcher. But the state of the art Photovoltaic technology is failed to get the success in cost, efficiency and size point of view. As the wavelength of the sunlight is getting smaller then scaling of the device is necessary to capture the energy from that wave coming. In that case, when size and efficiency both considered in nano-scale, nantenna comes in front of the scientists. In this paper, we mainly focused on the how solar radiation can be transformed to the usable electrical energy using nantenna. Also we have discussed in this paper about several nantenna prototypes available in the market. The nantenna is better than conventional PV technology not only that it produces more than 70% electrical energy but also there are many advantages. This paper completely emphasizes on green energy for the better world and concludes about how efficiency can be increased of the nantenna in the future research.
机译:今天,我们文明的巨大问题是能源危机。由于库存和污染物的高排放量有限,传统的能量资源尚未通过可再生能源取代。当世界为绿色时,太阳能引起了研究人员的注意。但最先进的光伏技术未能成本,效率和尺寸的观点取得成功。由于阳光的波长越来越小,因此设备的缩放是捕获来自该波的能量。在这种情况下,当纳米尺度考虑的大小和效率时,南娜都在科学家面前。在本文中,我们主要专注于如何使用尼尼纳将太阳辐射转换为可用的电能。此外,本文还讨论了市场上有几个纳尼尼纳原型。尼尼娜不仅优于传统的光伏技术,而且不仅可以产生超过70%的电能,而且还有许多优点。本文完全强调了绿色能源,为更好的世界,结论是如何在未来的研究中增加尼纳尼纳的效率。

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