Smart Skin for Zero Energy Buildings: A Review of
This review offers a comprehensive and unified perspective on thermoresponsive building envelope technologies, bridging transparent and
This review provides an overview of recent advancements in hydrogel-based thermochromic smart windows, focusing on fabrication strategies, chromic mechanisms, and improvements in responsiveness, stability and energy-savi...
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This review offers a comprehensive and unified perspective on thermoresponsive building envelope technologies, bridging transparent and
Compared to ordinary windows, the HBPEC/PNIPAM smart window offers excellent and stable indoor temperature regulation, leading to an effective
The energy modeling of the heat transfer in ventilated facades showed that TLG can provide a 15-30% decrease of the building energy consumption during the winter heating time in the
Compared to ordinary windows, the HBPEC/PNIPAM smart window offers excellent and stable indoor temperature regulation, leading to an effective reduction in building energy
This study provides a novel approach to developing advanced thermochromic materials for smart windows, potentially improving the building energy efficiency and sustainability.
It is expected that our device can achieve greater annual energy savings in comparison with commercial glass anywhere in the world and promote the progress of thermochromic windows
This review provides an overview of recent advancements in hydrogel-based thermochromic smart windows, focusing on fabrication strategies, chromic mechanisms, and
Design and Scalable Synthesis of Thermochromic VO2-Based Coatings for Energy-Saving Smart Windows with Exceptional Optical Performance
This study provides a novel approach to developing advanced thermochromic materials for smart windows, potentially improving the building
Thermochromic smart windows (TSWs) exist passive regulation for building energy conservation, which are challenging to be artificially manipulated. The electrothermal stratagem has
Thermochromic smart windows (TSWs) exist passive regulation for building energy conservation, which are challenging to be artificially manipulated.
Here we present an electrochromic design that combines radiative cooling of mid-infrared light and maximized utilization of both visible and near-infrared light.
A series of SPCM@PNIPAm-PAM hydrogels were used to fabricate novel energy-saving smart windows and were tested by a series of microscopic, thermal, optical and energy-saving
This review offers a comprehensive and unified perspective on thermoresponsive building envelope technologies, bridging transparent and opaque components—including thermochromic