电池存储的能量越多，液态电解质着火的危险就越大。
The more energy packed into a battery, the higher the danger that the liquid electrolyte will catch fire.
成果：用两种聚合物的固态混合物，取代传统锂电池(上)中的液态电解质，Seeo公司的这种电池(下)可存储更多的能量。
Solid success: With a solid mixture of two polymers replacing the liquid electrolyte used in traditional lithium-ion cells (top), Seeo's batteries (right) can store more energy.
对于这个问题的标准解决方法一起码都是用固态电解质代替液态电解质，因为固态电极活性较低，还可以作为一道物理屏障来防止短路。
The standard solution has been to replace the liquid electrolyte with a solid one that is less reactive and also acts as a physical barrier to prevent short circuits.
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