An Alternative To Li-Ion Batteries: KPIT Introduces Sodium-Ion Batteries

KPIT Technologies, a Pune-based software program integration firm targeted on the automotive and mobility ecosystem, has launched sodium-ion battery expertise geared toward lowering import dependence on nuclear battery supplies.

Ravi Pandit, co-founder and chairman of KPIT, stated the brand new expertise is predicted to scale back the price of electrical car batteries by 25-30% in comparison with present lithium-ion batteries.

As lithium-ion batteries drive the worldwide transition to electrical autos, international locations together with India are vying for benefit by way of localization of provide chains. Currently, 70% of India’s cell imports come from neighboring international locations, creating dangers given geopolitical tensions.

It is projected that the Indian Li-ion battery market will develop from 4 GWh in 2022 to 120 GWh by 2030, which would require cell producers to scale up and innovate quickly into the market’s 53% CAGR.  As a consequence, KPIT claims that India shall be much less depending on imports of core battery supplies.

KPIT joins a bunch of small, sustainability-focused organizations all over the world which have developed sodium-ion batteries. This battery expertise has a number of use circumstances in automotive and mobility, particularly electrical two- and three-wheelers and industrial autos. It is utilized in stationary purposes reminiscent of UPS backup and grid storage, in addition to within the marine and protection sectors.

According to KPIT, sodium-ion battery expertise affords an extended lifespan with 80% capability retention over 3000 to 6000 cycles and faster-charging functionality in comparison with lithium-ion batteries.

As KPIT continues its improvement work on sodium-ion batteries, it is usually contemplating partnering with battery producers to supply batteries utilizing its proprietary expertise.

Pandit added in an announcement that as the electrical mobility ecosystem matures, there’s a deal with introducing various battery applied sciences and localizing the storage worth chain. The firm’s sodium-ion battery expertise, primarily based solely on the Earth’s wealthy uncooked supplies, is additional proof of KPIT’s dedication to sustainable mobility in its ecosystem.

He stated lithium availability was a worldwide concern. In the case of oil, availability is concentrated in only a few international locations, and the identical could also be true of lithium, the place provides are concentrated in international locations reminiscent of China and Bolivia. The concern was to make sure that electrical cars didn’t find yourself in the identical state of affairs.

Lithium-ion batteries have dominated car electrification for the previous decade, however the current surge in demand for electrical autos has put a pressure on the battery provide chain. Therefore, diversification into new battery applied sciences reminiscent of sodium-ion batteries is essential.

India goals to affect 30% of its fleet by 2030, in accordance with an EY report. The home electrical car market is predicted to develop at a compound annual progress price of 49% from 2022 to 2030, reaching annual gross sales of 10 million models by 2030. Achievement Achieving this aim would require addressing challenges such because the excessive value of electrical car batteries, dependence on imports for key battery uncooked supplies, and lack of Indian cell expertise.

If you might be an EV producer (or) EV Dealer (or) EV Supporter who need to share information associated to electrical autos on our web site, please ship an electronic mail to crm@electricvehicles.in

For the most recent electrical autos information,

observe electricvehicles.in on 

Twitter, Instagram, Facebook 

and our YouTube Channels 

English, Hindi, Telugu ,

Bangla , Kannada , Tamil ,

Gujarati, Marathi, Malayalam,

Odia, Punjabi, Urdu

 

The put up An Alternative To Li-Ion Batteries Now Available From KPIT appeared first on India’s greatest electrical autos information portal.