韩国研究人员开发了SKIER-5,一种冷抗力李电池电极材料,在零以下条件下排放能力比石墨高5x5倍。 Korean researchers developed SKIER-5, a cold-resistant Li battery electrode material with 5x higher discharge capacity than graphite in subzero conditions.

韩国能源研究院的研究人员开发了SKIER-5,一种稳定的氧化还原活性金属有机混合电极材料,用于电池,能够在低至-20°C的寒冷条件下工作. Researchers at Korea Institute of Energy Research developed SKIER-5, a stable redox-active metal-organic hybrid electrode material for Li batteries, capable of functioning in cold conditions as low as -20°C. 这份新材料显示,在零以下环境中,排放能力比石墨高出五倍,并且对引发化学反应的最低能量阈值较低。 This novel material exhibits five times higher discharge capacity than graphite in subzero environments and has a lower minimum energy threshold for initiating chemical reactions. 即使在低温下,SKIER-5也可以用于李电池,用于各种用途,包括电动车辆、无人驾驶飞机和超小型电子装置。 SKIER-5 can be used in Li batteries for various applications, including electric vehicles, drones, and ultra-small electronic devices, even at low temperatures.