sodium-ion battery

The Sodium Ion Batteries Behind Reliance's $135 million Purchase of Faradion
We check out why Sodium Ion is viewed as a crucial alternative in the search for choices past Lithium Ion batteries for Reliance. The Indian major has constantly wanted to disrupt with price as well as scale, as well as Lithium ion was recently permitting it that luxury with its supply chain.
Jan 24, 2022 // Markets & Finance News, Storage, sodium-ion battery, Faradion, James Quinn, Mukesh Ambani, Ambri, Reliance New Energy, Stiesdal
China's CATL Reveals the First-generation Sodium-ion Battery
CATL has actually exposed its first-gen Sodium-ion battery. This battery would certainly be cost-efficient and also have a high rate of charging with a power density of 160Wh/kg. The supply chain for these batteries is expected to develop in 2023.
Jul 30, 2021 // Storage, China, Asia, CATL, sodium-ion battery, Zeng Yuqun
Mammal bones influence layout of brand-new sodium-ion battery
To construct an extra structurally steady sodium-ion battery, a group of researchers from South Korea and also the United States have resorted to mammal bones and also their multilayer geometry for motivation.
Dec 10, 2020 // Technology, Storage, USA, South Korea, Asia, North America, sodium-ion battery, Ho Seok Park
UK based Faradion to begin sodium-ion battery production in India
The sodium-ion battery modern technology developer has actually nabbed its very first order from ICM Australia as well as is checking out India as the following location for making with the preliminary target established as 1 GWh.
Apr 24, 2020 // Manufacturing News, Storage, UK, India, Europe, Asia, sodium-ion battery, Faradion, James Quinn
Pyrazine polymer PHATNs up cathode in sodium-ion batteries
Scientists at the University of Maryland have developed an organic polymer electrode which they claim demonstrates stable function for a sodium-ion battery over 50,000 cycles and also offers encouraging performance in magnesium-ion and aluminum-ion storage devices.
Nov 7, 2019 // Technology, Storage, China, Asia, lithium, University of Maryland, sodium-ion battery, polymer electrode