聚合物电容器的蓄电展望

D. Dudić
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引用次数: 0

摘要

电力存储的价格和环境因素显著影响绿色技术的应用。电化学电池是目前大多数工业需求和产品存储电力的最佳选择。与传统电池相比,聚合物电容器的能量密度非常低,因此不能广泛用于电力处理。同时,聚合物电容器在电池系统中的所有其他特性都是理想的。在简要比较了电化学电池和物理电池的基本特性后,本文提出了电子俘获对聚乙烯电容器能量密度的影响。结果表明,聚合物中的电子俘获现象可以增加聚合物电容器的能量沉积。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perspectives of Electricity Storage in Polymer Capacitors
The price and environmental aspects of electricity storage significantly affect the application of green technologies. The electrochemical batteries are currently the best choice for storing electricity for most industrial needs and products. Polymer capacitors show very low energy density compared to conventional batteries and therefore cannot be widely used for electricity disposal. At the same time, all other features of polymer capacitors that characterize battery systems are ideal. After a brief comparison of the basic properties of electrochemical and physical batteries, this paper presents the influence of electron trapping on the energy density of a polyethylene capacitor. The presented results indicate that the phenomenon of electron trapping in polymers can increase the energy deposit of polymer capacitors.
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CiteScore
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