Battery cycling capability based on different nanomaterials

In nowadays society, as the increase requirement of energy power supply, lifetime cycling of battery have become more and more necessary to the whole world. Based on the operation theory of battery, the expansion of electrode cannot be prevented. Different strategies have been developed and used to address this drawback. Introducing nanomaterials into batteries has become a simple and effective method. To this end, this research will analyze the performance of different types of nanomaterials in battery cycling. Nanotube structure has played a huge role in providing empty space and restricting too much expansion of electrode. In addition, differences and common thing are going to be concluded and find out their disadvantages and advantages in this research. Based on the current disadvantages of all these solutions, future plan expectation has been shown out in this research as well. Furthermore, there are various variables like working temperature which affects cycling lifetime of battery which can also add in future observation plan.