zhōng guó kōng jiān zhàn
中国空间站
lǐ
里
de
的
lǐ diàn chí
锂电池
shí yàn
实验

Lithium Battery Experiment in China's Space Station

本站:Jan 13, 2026原文:Jan 9, 2026

zhōng guó中国de的tiān gōng天宫kōng jiān zhàn空间站lǐ里，sān wèi三位yǔ háng yuán宇航员zuò做le了yí gè一个guān yú关于lǐ diàn chí锂电池de的shí yàn实验。

In China's Tiangong space station, three astronauts conducted an experiment on lithium batteries.

lǐ diàn chí锂电池hěn很zhòng yào重要，yīn wèi因为tā men它们néng能chǔ cún储存hěn很duō多néng liàng能量，hái还néng能zài在tài kōng太空de的jí duān极端huán jìng环境xià下gōng zuò工作。

Lithium batteries are very important because they can store a lot of energy and work in the extreme environment of space.

zài在dì qiú地球shàng上，zhòng lì重力huì会ràng让diàn chí电池lǐ里de的yè tǐ液体bù tíng不停dì地liú dòng流动，zhè yàng这样huì会yǐng xiǎng影响diàn chí电池de的gōng zuò工作hé和shòu mìng寿命。

On Earth, gravity causes the liquid inside the battery to keep flowing, which affects the battery's performance and lifespan.

dàn但zài在tài kōng太空zhōng中，jī hū几乎méi yǒu没有zhòng lì重力，kē xué jiā科学家kě yǐ可以gèng更qīng chǔ清楚dì地kàn dào看到diàn chí电池lǐ里lí zi离子de的yí dòng移动hé和biàn huà变化。

But in space, there is almost no gravity, so scientists can more clearly observe the movement and changes of ions inside the battery.

zhè这cì次shí yàn实验bāng zhù帮助kē xué jiā科学家gèng更hǎo好dì地liǎo jiě了解lǐ diàn chí锂电池de的gōng zuò工作yuán lǐ原理。

This experiment helps scientists better understand how lithium batteries work.

jiāng lái将来，zhè xiē这些fā xiàn发现kě yǐ可以ràng让diàn chí电池gèng更ān quán安全，néng liàng能量gèng更gāo高，bù不róng yì容易guò rè过热huò或lòu漏yè液。

In the future, these findings can make batteries safer, store more energy, and be less likely to overheat or leak.

zhè这duì对tài kōng太空rèn wù任务hěn很yǒu有bāng zhù帮助，yě也kě néng可能ràng让wǒ men我们dì qiú地球shàng上de的diàn dòng chē电动车hé和chǔ储néng能shè bèi设备biàn dé变得gèng更hǎo好。

This is very helpful for space missions and may also improve electric vehicles and energy storage devices on Earth.

By Claudia Aranda / Pressenza|CC BY 4.0|Modified & AI-assisted

zhōng guó kōng jiān zhàn中国空间站lǐ里de的lǐ diàn chí锂电池shí yàn实验