Samsung's New Battery Technology Can Allow Electric Cars to Run

This updated guide examines Samsung's New Battery Technology Can Allow Electric Cars to Run and organizes the essential facts, background, and practical takeaways in clear American English.

However, solid state batteries also contain disadvantages. The lithium metal anodes used in this type of battery tend to trigger the growth of dendritic crystals - factors that reduce life expectancy and overall safety. To overcome this drawback, Samsung uses a silver-carbon composite layer (Ag-C) as an anode of the battery instead of lithium.

• The Ag-C class allows the battery to support larger capacity, significantly longer battery life and greater safety.
• With a thickness of only 5 µm (micrometer), this ultra-thin Ag-C nanocomposite layer will help reduce the overall thickness of the anode and increase the energy storage density up to 900Wh / L.
• The battery size will be about 50% smaller by volume than conventional lithium-ion batteries.

Samsung claims that the prototype battery they have created can allow an electric car to travel up to 800km on a single charge, with an average life expectancy of more than 1,000 times. However, the Korean manufacturer has not disclosed when the battery will be put into mass production.

At the present time, the safety technology and performance of electric cars have been researched relatively well by investment firms, not inferior and even slightly better than internal combustion cars. traditional. The problem lies only in the battery. If battery technology improves better in terms of both performance and safety, the prospect of electric vehicles dominating global traffic may not be far off.