Here is How NEW Salt Battery Change Everything in your life in 2024...

in the context of the sudden surge in demand for lithium ion batteries the raw material costs are escalating notably with a 10-fold increase in the price of lithium carbonate from late 2020 to 2023 with over 84% of lithium reserves concentrated in Argentina Australia Chile and China ensuring the raw material supply becomes challenging and incurs substantial costs for manufacturers fortunately sodium ion batteries emerge as a promising solution that could address these challenges and ultimately contribute to reducing the cost of electric vehicles how does this Battery Technology demonstrate superiority over others Paving the way to establish itself as a leading choice in the electric vehicle sector let's find out in today's episode of Tesla fans before we begin please show your support by subscribing if you haven't already and ringing the bell so you won't miss out on any of our interesting videos in the future now let's get started with today's content what new advancements are anticipated for sodium ion batteries this year the research on sodium ion batteries began in the 1970s alongside the development of lithium ion batteries however during that period they faced a significant challenge as the sodium storage capability of the positive electrode material mainly composed of lead limited the acceptance of this technology this wasn't a quality issue compared to lithium ion batteries but rather a challenge to find a suitable positive electrode material to unleash its full potential however by 2024 or in recent years the situation has undergone significant changes sodium ion batteries commonly referred to as nib or sib are are rechargeable batteries primarily using sodium ions na+ as the charge carrier similar to lithium ion batteries Li the positive electrode material uses sodium instead of lithium sodium and lithium are in the same column on the periodic table making them chemically similar the operating principle of sodium ion batteries is akin to lithium ion batteries comprising a positive electrode a negative electrode and an electrolyte the cathode is made of sodium material the anode not necessarily containing sodium and the electrolyte a liquid electrolyte containing sodium salt dissolved in a product or atic solvent when the sodium ion battery is charged electrons move through the external circuit and sodium ions move through the electrolyte traveling from the negative electrode to the positive electrode the discharge process is reversed during charging Next Generation sodium ion batteries utilizing a ceramic separator made of beta alumina for sodium ion conduction are designed to provide a safe and robust outer shell with high electrical conductivity however traditional metal ceramic joining Technologies such as hard soldering or compression bonding often involve deep heat processes resulting in high production times and energy consumption negatively impact AC ing overall sustainability the success of sodium also depends on improving the cell's life cycle how many times it can be charged and discharged before needing replacement sodium ion batteries currently average around 5,000 Cycles compared to about 7,500 cycles for the most costeffective lithium products if sodium products prove successful they could limit lithium consumption serving as a reminder of the dangers of trying to predict metal use in a rapidly evolving industry as companies seek cheaper and more efficient battery Solutions while the low energy density of sodium ion batteries means they may not be suitable for larger electric vehicles they are increasingly being considered as replacements for lithium in smaller lower range electric vehicles or for energy storage on the grid where size may not be as much of an issue Bloomberg nef predicts that sodium could cut around 272,000 tons of lithium Demand by 2035 or over a million tons if lithium supply cannot meet demand changes in the metal mix in batteries have altered Supply demand prospects and caused prices to soar Cobalt and nickel which just a few years ago were seen facing long-term shortages have had their estimated demand adjusted due to the emergence of Alternatives not using them and the the potential for Price volatility is particularly evident in lithium while many types of sodium ion positive electrodes are in development multi-layered oxide negative electrode packag batteries use the most energy these batteries are good enough to power cheaper passenger electric vehicles with a range of 150 250 miles recent analyses have indicated that the latest sodium ion battery packs may even lower the cost of lithium iron phosphate batteries due to cheaper raw materials how do you think sodium ion batteries will explode this year or is it just the beginning please leave your opinion Below in the comments section how can Advanced Battery Technology reshape the landscape of the electric vehicle industry the landscape of energy sources for electric vehicles is evolving and Tesla renowned for its ability to surpass boundaries may be on the verge of another breakthrough when evaluating a new battery technology the question often arises can It capture the attention of Visionaries like Elon Musk or what factors could lead Tesla to choose it over lithium there are numerous reasons to integrate sodium ion batteries into certain Tesla electric vehicle models and Elon Musk May assess three key advantages of sodium ion technology while lithium boasts abundant resources it is primarily concentrated in South America especially in Bolivia Chile Argentina and China these countries hold approximately 70% of the global lithium reserves and face various challenges in the extraction and refinement processes sodium ion known for its abundant Supply and lower cost could serve as an alternative solution when lithium is no longer a top priority sodium the sixth most abundant an element on Earth constitutes about 2.6% of the Earth's crust surpassing lithium the 33rd most abundant element the cost effectiveness of sodium becomes more apparent when considering the cost factors sodium ion batteries are not only readily available and cost effective but also independent of rare materials like Cobalt and nickel which typically make up to 50% of lithium ion battery components this is crucial as Tesla strives to completely eliminate these materials due to various human and labor related factors commercial factors significantly impact the cost of electric vehicles investing in a more affordable component like sodium ion batteries can result in much more costeffective battery cells reducing Financial burdens while still maintaining tax incentives for manufacturers the use of sodium ion batteries with domestic origin and production can also help sustain tax credits at least until the expiration of the $7,500 tax credit program lithium ion batteries are often described as a slow moving bomb in contrast sodium ion batteries have a lower reaction temperature and less hazardous chemical reactions than lithium reducing the risk of fire or explosion sodium ion batteries currently stand out for excellent performance in both high and low temperature conditions making them an outstanding energy storage solution their flexibility is a result of efficient operation across a wide temperature range from 40° C to 80° C this makes sodium ion batteries a preferred choice for applications requiring stable and reliable energy performance in diverse environments with stable operation at low temperatures sodium ion batteries become particularly useful in renewable energy applications where temperatures can fluctuate abruptly or in unstable environmental conditions simultaneously efficient operation at high temperatures makes them an ideal choice for applications demanding high energy output while ensuring safety and stability during use with these advantages sodium ion batteries not only represent a breakthrough in Battery Technology but also open up new prospects in the field of energy storage and utilization especially in the context of the increasing demand for clean and sustainable energy sources it is also worth noting that sodium ion batteries do not exhibit over discharge characteristics allowing them to discharge to zero volts with an energy density exceeding 100 naron Waki they can compete with lithium iron phosphate batteries but with a significant cost Advantage this makes them a potential replacement for traditional lead acid batteries in large scale energy storage applications with these benefits the integration of sodium ion batteries into Tesla electric vehicles could bring advantages for both customers and manufacturers especially as both are moving towards more Affordable Electric Vehicle models additionally stellantis an automaker recently made a Strategic investment in a French company Tiamat which is developing and Commercial izing sodium ion battery technology one of the key components of the D forward 2030 strategic plan is the transition to Electric Power by 2030 they aimed to have 50% of cars and light trucks in the US and 100% of cars in Europe as battery electric vehicles beev the automaker has secured raw material supply for electric vehicles until 2027 through significant agreements worldwide stellantis is also investing in the development of alternative energy storage Technologies including solid state batteries with factorial energy lithium sulfur chemistry with light and ink and sodium ion technology with Tiamat now the future of the electric vehicle industry is approaching poised to explode with Affordable Electric Vehicle projects in the future sodium ion battery technology not only overcomes the limit ations of lithium but also opens the door to comprehensive innovation in the electric vehicle and energy storage Industries with Superior performance in both high and low temperature conditions sodium ion batteries promis to be a primary driving force for the electric vehicle Revolution and the clean energy transition their cost efficiency and performance advantages further highlight the significant role of sodium ion batteries in shaping of a sustainable and practical future in the future how might sodium ion battery technology change our perspective on the energy source for electric vehicles we hope you'll experience the utmost relaxation after watching this video if you do please press the like button and join the community by subscribing to our Channel hit the notification Bell icon to stay tuned for any fantastic videos coming your way your feedback and time are highly appreciated thank you so much for watching and we look forward to seeing you soon until then stay safe and [Music] enjoy [Music] [Music] a [Music] I'm [Music] [Music] [Music] than