NASA to build solid-state Sulphur- selenium batteries for its electric aircraft

More From Author

See more articles

Myntra Upcoming Sales 2025: Your Fashion Calendar for Maximum...

Myntra Upcoming Sales 2025 In the ever-evolving world of fashion e-commerce, Myntra continues to be India's go-to destination...

Dimensity 6020 vs Snapdragon 695: Mid-Range Chipset Battle

Dimensity 6020 vs Snapdragon 695: Qualcomm Snapdragon 695 5G (SD695) is a fast mid-range ARM-based SoC found...

My Jio Recharge Plans as of January 4,...

My Jio Recharge Plans: Since its establishment in 2016, Reliance Jio has made a remarkable impact on...

According to sources, NASA has announced to build a solid-state battery for electric aircraft from scratch yesterday NASA’s battery resource and development department, SABERS made the new stable.

According to sources, the agencies want to create a new type of battery it a fire energy density than the existing lithium-ion battery which will not lose its capacity over time also the new battery will have a very low risk of fire.

“We will develop a new type of battery from scratch to adapt to the operating conditions and performance requirements of electric aircraft, rather than choosing among existing batteries.”

The new batteries do not contain any liquid hence they have a fewer risk factor. The new batteries will be developed using Sulphur-selenium and they have a smaller volume and higher energy density than the lithium-ion battery. The advantage of this battery is the use of cheap and easily available sulfur, which can reduce costs. This solid-state sulfur-selenium battery uses a “porous graphene” material previously developed by NASA, which has very high conductivity and is very light.

According to sources, the discharge capacity of traditional solid-state batteries is extremely low however there was no alternative for them for a long time. But the new batteries have nearly double discharge capacity and can also continue to improve in the future.

SABERS stated that the current safety standards for lithium batteries for electric vehicles are lower than that of aircraft. The research institute stated that five factors are critical, namely safety, energy density, discharge rate, packaging design, and scalability.

Source

LEAVE A REPLY

Please enter your comment!
Please enter your name here

This site uses Akismet to reduce spam. Learn how your comment data is processed.

━ Related News

Featured

━ Latest News

Featured