In my opinion, this article is well-structured and qualitatively designed, which concisely reflects all aspects of the topic. However, the language is complicated for beginners, since the article contains many scientific terms. Consequently, I would recommend this article to read those who would like to improve their language skills or have already an appropriate English level. Anyway, I would recommend this article to read either to get to know with or to get an overview of galvanic device working principle.
In conclusion, it has to be said that it is surprisingly hard to store energy. The authors’ main conclusion is that the performance of existing lithium batteries is heavily dependent on chosen material and thermal characteristics. With both new technology’s development and exploration of new formulas, it is possible now to store a big amount of energy in a relatively small device. Nowadays we cannot imagine our life without mobile phones, wireless power transmission or in other words power bank, and in the near future, I hope, electrical vehicles. The studies of batteries technologies, its popularization and realization marked the beginning of the development of new concept of wireless electrical and partly eco-friendly devices, that can positively affect the state of environment we live in. I am grateful for your attention. Now, I’m ready to answer your questions if they are.
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Home reading: Current Li-Ion Battery Technologies in Electric Vehicles and Opportunities for Advancements The article is published on 20 March 2019 and is printed in the journal Energies. The authors of the article are Yu Miao, Patrick Hynan, Annette von Jouanne and Alexandre Yokochi. This article has provided an overview of lithium-ion batteries as a method for energy storage for EVs, has described various materials that can be used in lithium-ion batteries. Summarizing the authors emphasize the significance of further studies in this area, which would allow reaching new heights in technical characteristics of batteries such as lifespan, in batteries repurposing technologies as well as this it determines further popularization of rechargeable devices such as electrical vehicles (EVs). Now, each topic will be discussed in more detail.
