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In article number 2010426, Chi‐Yan Tso and co‐workers develop a hydrated MAPbI3−xClx thermochromic perovskite smart window, and this window demonstrates a passive and smart optical regulation ability between a transparent state and a tinted state upon exposure to ambient temperature. Notably, a low transition temperature, narrow transition hysteresis width, and short transition time are also achieved...
Recently, organic hybrid halide perovskites have been found to show thermochromism with good optical performance, which can be applied in smart windows to reduce building energy consumption. However, these perovskites have shortcomings regarding their thermochromic performance, namely long transition time, high transition temperature, and large transition hysteresis width. In this study, a hydrated...
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