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学院论文代写:钙钛矿太阳能电池

对日益增长的能源需求的关注使人们寻求可再生能源的替代形式。太阳能和相关的基础设施的实施被认为是化石燃料的一个很好的替代品。然而,这个能源系统也充满了各种问题,尤其是在使用的电池技术方面。钙钛矿电池正受到广泛的研究,因为它可以用于高效的太阳能利用。与现有的太阳能电池相比,这些电池本身产生的二氧化碳也更少。尽管具有商业上的优势,但由于稳定性问题,钙钛矿电池并没有得到广泛的应用,这项工作旨在为稳定性问题找到解决方案。

学院论文代写:钙钛矿太阳能电池

对这些细胞的结构和工作功能的研究表明钙钛矿是由一种混合的有机化合物构成的,它也是一种非常轻的活性层。与其他传统电池相比,用于制造电池的材料本身成本更低。钙钛矿通常使用卤化铅来制造,与其他太阳能电池材料相比,卤化铅的生产要容易得多,这也降低了材料成本。这有助于克服使用太阳能的主要困难之一。

学院论文代写:钙钛矿太阳能电池

The concerns of growing energy demands have made people seek alternative forms of energy which are renewable. Solar energy and the related infrastructural implementations are seen to be a good alternative for fossil fuels. However, this energy system has been fraught with issues too, especially in the technology of cells that are used.  The Perovskite cells is being researched extensively because of how it can be made use for efficient solar energy harnessing. The cells themselves also produce lesser carbon gas compared to existing solar cell implementations. Despite this commercially advantageous position, the Perovskite cells are not used widely because of stability issues, and this work proposes to find a solution for stability concerns.

学院论文代写:钙钛矿太阳能电池

Research studies on the structure and the working functionalities of these cells identify that the perovskite is seen to be made of a hybrid organic compound which also acts as a very light and active layer. The materials itself involved in the making of the cell are cheaper to produce compared to other conventional cells. Perovskites are usually manufactured using lead halides and the production of lead halides being much easier compared to other solar cell materials which also lead to lessened cost of material. This helps in overcoming one of the major difficulties in the context of using solar energy.