Electric vehicles use sodium-ion cells that have a lot of power and can be charged quickly.
With its unique and patented Na-based active raw material, the Na-ion power battery cell from Tiamat is able to meet unmet power needs. The safety of Tiamat’s battery cell is better than that of other technologies, and it has a long cycle life. These features make it possible for carmakers, for example, to meet CO2 emission goals by adding low-voltage, cost-effective hybrid systems to their Internal Combustion Engine cars. Using Tiamat’s Na-ion cell is a better way to cut CO2 because it takes advantage of the technology’s unmatched high power. Lastly, using a raw material that is easy to get in Europe means that rare earth minerals don’t have to be mined and shipped from many thousands of miles away. This reduces emissions and makes sure that there are enough resources.
Positive facts about Tiamat Sodium-ion cells
Using Tiamats Na-ion cells in a 48V automotive MHEV battery pack can save 2 million tonnes CO2 a year, compared to mainstream alternative,
Doesnt require Lithium, Cobalt or Nickel to be extracted,
In a Mild Hybrid Electric Vehicle, this Solution delivers a reduction of 10% of petrol consumption compared to the mainstream alternative
Raw materials refined in Europe close to cell manufacturing, avoiding the need for shipping and processing of raw materials from thousands of miles away
An automotive MHEV 48 battery pack is 1.5 times cheaper than the mainstream alternative
No additional CAPEX needed to produce Tiamats Na-ion cell in an existing Li-ion Gigafactory]
Tiamat Sodium-ion cells website : https://tiamat-energy.com/
