TSHISEVHE C&I · Commercial Battery Storage for Africa

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Production of sodium battery electrolyte materials

Lithium batteries play a prominent role as a critical technology for advancing electric vehicles. However, establishing lithium-based technologies for mass storage encounters critical challenges such as materials availability and cost-efficiency. Hence, strategic approaches should be developed to address the existent challenges. Using sodium as new sustainable chemistry to replace lithium-based technologies tends to exhibit promising solution as the. Lithium batteries play a prominent role as a critical technology for advancing electric vehicles. However, establishing lithium-based technologies for mass storage encounters critical challenges such as materials availability and cost-efficiency. Hence, strategic approaches should be developed to address the existent challenges. Using sodium as new sustainable chemistry to replace lithium-based technologies tends to exhibit promising solution as the most appealing alternative. While exploring new electrode materials which has attracted significant interest from eminent researchers for sodium-ion batteries, research activities related to electrolyte are less attention paid. This paper reviews the most recent articles on developing and improving the electrolytes for sodium-ion batteries, particularly liquid electrolytes. This is the latest comprehensive discussion related to sodium-ion batteries with different type of electrolytes and a particular focus on the advantages/disadvantages in order to improve efficiency of these novel technologies as well as comprehensive discussion on the application of advanced nanomaterials towards these devices.••••The comprehensive review on the most recent articles on developing and improving the electrolytes for sodium-ion batteries••A comprehensive discussion related to sodium-ion batteries with different type of electrolytes••A particular focus on the advantages/disadvantages in order to improve efficiency of these novel technologies••Comprehensive discussion on the application of advanced nanomaterials towards these devicesSodium-ion batteryAqueous electrolyteOrganic electrolyteSolid-state electrolyteLithium batteries play a prominent role as the critical technology for the advancement of electric vehicles due to their excellent performance related to portable electronics and their promising potential for stationary applications [,, ]. However, establishing lithium-based technologies for mass storage encounters critical challenges such as materials availability and cost efficiency. Demand for lithium will increase steeply in energy storage demand dominated by both grid-associated applications and automotive transportation might not be overcome due to the shortage of lithium resources which needs serious attention from the scientific community [5,6]. In light of this view, strategic approaches should be developed to address existing challenges. Using sodium as new sustainable chemistry to replace lithium-based technologies tends to exhibit promising solution as the most appealing alternative [7,8]. Reasons for changing lithium to sodium are due to the similar intercalation chemistry, plentiful resources of sodium, and high recyclability [9,10]. Fig. 1 illustrates the working principle of Na-ion batteries with a view on the movement of sodium ions through electrolyte during charge-discharge process.It has been demonstrated that sodium-based technologies are capable of being utilized effectively for electrical vehicles (MW storage) through the use of Na/N. Electrolyte possesses substantial role in sodium ion batteries transporting ions between positive and negative electrodes. This component comprises a highly ionizable Na salt dissolved in appropriate non-aqueous (organic) solvents. A suitable electrolyte for NIB should satisfy the following conditions;•1.Minimal internal cell resistance/resistive heating due to higher ionic conductivity are significant factors related to high-performance electrolytes.•2.A high level of chemical stability is required for the degradation of the solvents present in the electrolyte on the surface of strongly reducing anode materials.•3.Tolerance with a high voltage difference of anode/cathode materials is dependent on high electrochemical stability, which in response leads to exhibiting suitable performance without any side reactions.

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