Production of positive electrode based on lithium iron phosphate by electrospinning

Abstract

in connection with increasing energy consumption, the stock of fossil fuels approaches the critical level every year.
Moreover, the greenhouse effect and other pollutants produced by fossil fuels have led to serious environmental problems such as
global warming, water and air pollution. The listed problems are pushing mankind to search for more alternative energy sources.
One such solution is the use of inexhaustible renewable energy sources, such as wind turbines, hydroelectric power plants and
solar panels. However, they depend on the weather and time of day and can not be used in portable devices. Therefore, the
development of chemical sources of current have found wide application in the world, since they are constant and applicable in
portable devices. At present, the most developed technologies are lithium-ion batteries. The success of these batteries is largely
determined by the operation of its electrodes. In this paper, we present a method for obtaining a positive electrode by the electro
spinning method based on lithium iron phosphate. A cathode coating consisting of nanofibers is a highly porous formation that
promotes ionic and electronic conductivity.