The GAME CHANGING Sodium Ion Battery Is Set To DESTROY The Entire EV Battery Technology🔥🔥🔥 #elonmusk #ev #battery Sodium-ion batteries offer better performance and can operate at a wider temperature range. They work much more efficiently in cold environments compared to lithium-ion batteries. Another advantage of sodium-ion batteries over lithium-ion batteries is that they are nonflammable and there is no thermal runaway, unlike the batteries Tesla uses. Tesla is powered by lithium-ion (Li-ion) batteries. But, what exactly is the issue with lithium batteries? If you like this video; Like, share, comment and subscribe. This means a lot to us! Thank You for watching our video; Sodium Ion Battery; The NEXT BIG Breakthrough In The EV Battery Technology To FINALLY Hit The Market The use of organic liquid electrolytes in lithium-ion batteries in electric cars is a serious flaw since they are volatile and combustible at high temperatures. Chemical leakage can also be caused by an external force, such as a crash. Additionally, Tesla and other manufacturers’ electric vehicles have been known to catch fire if their battery packs have been damaged in accidents. These high-voltage fires produce a lot of heat and are difficult to extinguish. There have also been safety concerns where there have been no accidents. That being said, from a manufacturing perspective, sodium-ion cells can be made using existing battery manufacturing equipment, so it would not require costly factory redesigns to be put into production. CATL began commercial deployment of sodium-ion battery cells on a modest scale in July 2021, with plans to expand the sodium-ion supply chain through 2023. Interestingly, CATL has presented an "AB battery system" that combines sodium and lithium-based cells in a single electric vehicle pack. This strives to combine the advantages of both chemistries, combining sodium-low-temperature ion's performance with lithium-higher ion's energy density. At the pack level, both cell types are compatible and can have their charge levels carefully maintained by a battery management system. How does a sodium battery work? We'll have to dig a little deeper into the chemistry of a sodium battery to figure out how it works. A sodium battery, like any other rechargeable battery, consists of a cathode, anode, and electrolyte material. When the active material is put into the electrolyte, the anode undergoes oxidation, which results in the electrode losing an electron. The reduction reaction takes place at the cathode, where these electrons move. As a result, a current is formed, which raises the cell voltage and eventually charges the battery. Due to the fact that sodium is more prevalent in nature than lithium, sodium electrodes, the major component of sodium batteries, have grown less expensive, making these battery types a more cost-effective option than lithium batteries. How do lithium-ion batteries work? Lithium-ion batteries are made up of four basic parts that work together to produce an oxidation-reduction reaction at the anode and cathode, respectively. Current flow is created when positive charges flow from the anode and are collected at the cathode. This current flows between the current collector and the negative current collector, as well as the device to be charged (in-between), with the separator avoiding a short circuit between the positive and negative contacts. Will sodium-ion batteries completely replace lithium-ion batteries? Keeping in mind the abundance of sodium and its favorable chemical properties, one cannot look away from the greater chances of sodium replacing lithium-ion batteries as a cheaper and more environmentally friendly solution. And if it happens, sodium ions will cut the cost of replacing lithium-ion cells by almost half. However, sodium batteries cannot completely replace lithium-ion batteries, and they are not suitable for applications with high energy density requirements, such as mobile phones, laptops, marine batteries, and so on. Keywords Used; sodium ion battery, catl battery, sodium ion battery vs lithium ion, lithium ion vs sodium ion battery, catl sodium ion battery, sodium battery, energy storage, catl sodium ion, sodium ion, sodium ion battery, battery technology, catl, sodium ion batteries, lithium ion, sodium-ion batteries, lithium ion, sodium ion batteries, catl tesla, catl cells, lithium ion battery, catl battery production, contemporary amperex technology, lithium iron phosphate, ev batteries, lfp battery, battery breakthrough