Article

Received 27.10.2022

Revised 13.03.2023

Accepted 30.03.2023

Retrieved from Vol. 27, No. 1, 2023

Pages 278 -286

Kharlamov, S. (2023). Traction battery choice for electric transport. The National Transport University Bulletin, 27(1), 278-286. https://doi.org/10.33744/2308-6645-2023-1-55-278-286

Traction battery choice for electric transport

Stanyslav Kharlamov

The article identifies the most promising aspects for achieving an important level of development of lithium battery technology. The main objective goal of the article is to determine the most promising aspects for achieving an important level of development of lithium battery technology. The purpose of the work is to propose optimal properties of the material and the level of electrodes for fast charging of lithium batteries. The object of the work is the physical and chemical basis of various combinations of materials that determine the transport of lithium inside the electrodes. The research method is an analysis of optimal material properties and the level of electrodes for fast charging. The article analyzes the results of scientific research by Ukrainian and foreign scientists, whose work is devoted to the development of powerful, durable and safe lithium-ion batteries with a new type of electrolyte. Based on the analysis, the article proposes the choice of a traction battery for use in electric transport. Importantly, the advantages and disadvantages of typical lithium-ion battery materials are discussed. Obviously, the research results will allow creating batteries with high charge storage density and low operating temperature. Thus, solving the problem of air pollution in large cities is possible by replacing cars with an internal combustion engine with electric vehicles with lithium-ion batteries. The article is recommended for specialists in electric transport and specialized mechanical engineering, who deal with the problems of environmental safety of transport, in particular, electric cars. The article identifies the most promising aspects for achieving an important level of development of lithium battery technology. The advantages and disadvantages of typical LIB materials are analyzed, the optimal properties of the material and the level of electrodes for fast charging are proposed.

 

electric transport; traction battery; energy capacity; charging devices; lithium-ion batteries; liquid electrolyte
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https://doi.org/10.33744/2308-6645-2023-1-55-278-286