Latest from Power

325988743 © aleksei todosko | Dreamstime.com
id_325988743__aleksei_todosko__dreamstime
ID 10638070 © Brian Hoffman | Dreamstime.com
Wind turbines in approaching storm
Dreamstime_kpixmining_229797125
dreamstime_kpixmining_229797125
Dreamstime_svetlanadiacenco_325233820 and LEM
dreamstime_svetlanadiacenco_325233820_promo
Dreamstime_artinunprekmoung_279687205
carcharging_dreamstime_artinunprekmoung_279687205_
ID 107744821 © Ekkasit919 | Dreamstime.com
smartfactory_dreamstime_l_107744821
Dreamstime_doberman84_3238639351
background_dreamstime_doberman84_3238639351
Dreamstime_pojoslaw_305383108
661fe1fe8e133f001f7b9008 Electric Car Dreamstime Pojoslaw 305383108

Tapping Secrets of Li-ion Cell Temperature to Improve Cold Performance (Download)

April 17, 2024

Read this article online.

Lithium-ion batteries are the mainstay in powering today’s electric vehicles (EVs). A major challenge for EV makers has been cold weather performance, much of which boils down to poor lithium-ion cell performance at lower temperatures. While more advanced electrolytes may eliminate the issues in the future, for now, it’s likely to be best addressed by more and better state-of-charge (SOC) and state-of-health (SOH) cell monitoring.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!