Structural network of the SN-SA-PSN hydrogelelectolyt that shows covalent, ionic and hydrogen bonds, making a high ionic conductivity and homogeneous zinc deposit possible
Image: China University of Petroleum
By ESS news
Watery, not lithium -based, rechargeable batteries are promising candidates for large -scale energy storage systems of the next generation due to their safety references and low costs. However, its commercialization is impeded by a narrow electrochemical stability window and a relatively low energy density.
Now that the development of advanced electrolytes is a harbinger of improved performance, researchers from the China University of Petroleum have reported a breakthrough that means a considerable jump forward in the field of watery battery technologies.
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