This Salt-Based Battery Is An Eco-Friendly Alternative to Lithium
Rahul Kalvapalle — July 31, 2021 — Tech
Chinese battery manufacturer and technology company CATL has launched a high-tech sodium-ion battery that is designed to make use of widely available salt to improve a range of technologies that rely on batteries.
While sodium-ion batteries have been postulated in the past, the fact of the matter is that the chemical complications of sodium ions have long compromised the battery life of end products, stymying their widespread use and application. Thankfully, CATL has found a way around this longstanding problem by using porous carbon construction and novel rearrangement of electrons.
The end result is a sodium-ion battery that can be charged to 80 percent capacity in only 15 minutes, and is capable of maintaining 90 percent power in temperatures as low as -4 degrees Fahrenheit.
With its combination of charging speed, power stability and cold-resistance, this sodium-ion battery could be useful in electric transportation and aviation, as well as more widespread commercial applications.
Image Credit: CATL
While sodium-ion batteries have been postulated in the past, the fact of the matter is that the chemical complications of sodium ions have long compromised the battery life of end products, stymying their widespread use and application. Thankfully, CATL has found a way around this longstanding problem by using porous carbon construction and novel rearrangement of electrons.
The end result is a sodium-ion battery that can be charged to 80 percent capacity in only 15 minutes, and is capable of maintaining 90 percent power in temperatures as low as -4 degrees Fahrenheit.
With its combination of charging speed, power stability and cold-resistance, this sodium-ion battery could be useful in electric transportation and aviation, as well as more widespread commercial applications.
Image Credit: CATL
Trend Themes
1. Sodium-ion Battery Advancements - Innovations in sodium-ion battery technology are enabling enhanced charging speeds, power stability, and cold-resistance, opening up possibilities in various fields.
2. Sustainable Batteries - Sodium-ion batteries offer an eco-friendly alternative to lithium and other potentially harmful batteries, providing opportunities for companies focused on sustainability.
3. Porous Carbon Construction - The use of porous carbon construction is a key technology driving the advances in sodium-ion batteries, and could lead to disruptive innovations in various industries.
Industry Implications
1. Electric Transportation - The fast-charging capabilities and power stability of sodium-ion batteries make them an ideal solution for electric vehicles, opening up opportunities for companies in the transportation industry.
2. Aviation - The cold-resistance and high-capacity of sodium-ion batteries make them potential candidates for aviation, creating opportunities for innovation in the aerospace industry.
3. Battery Manufacturing - The development of sodium-ion batteries requires new manufacturing processes and the use of innovative materials, which creates opportunities for companies in the battery manufacturing industry.
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