Strength-enhanced solid-state electrolyte polyvinyl butyral film and its electrochromic application

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Key Points

This research aims to develop a polyvinyl butyral-based solid electrolyte film with better ionic conductivity and mechanical strength for electrochromic applications.
Developed a PVB-based solid electrolyte film.
Assessed the ionic conductivity and mechanical strength of the film.
Evaluated its performance in electrochromic laminated glass.
The solid electrolyte film exhibited significantly higher ionic conductivity than traditional materials.
Mechanical strength was notably enhanced, improving film durability.
The electrochromic performance in laminated glass showed promising results, indicating potential for real-world applications.

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Shows enhanced ionic conductivity in polyvinyl butyral films, suggesting improved electrochromic performance.

A PVB-based solid electrolyte film with enhanced ionic conductivity and mechanical strength for high-performance electrochromic laminated glass.

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Yuan et al. (2026) studied this question.

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