Smart windows refer to those which can dynamically modulate the transmitted light by
changing their colors. Dual‐band electrochromic materials (ECMs) refer to materials that can …

The consumption of energy by buildings accounts for 30% of the total amount of social
primary energy used, and approximately 30%∼ 50% of this is lost through windows. To …

Designing materials with appropriate crystal and electronic structures to enhance ionic and
electronic transport simultaneously are highly desirable for both electrochromic and …

Electrochromic devices (ECDs) present promising prospects in developing energy-saving
applications, such as smart windows, antiglare mirrors, and information displays. Here, for …

Dual‐band electrochromic smart windows with dynamic and independent control of near‐
infrared (NIR) and visible (VIS) light transmittance can notably reduce the carbon footprint of …

Abstract Tungsten trioxide (WO 3)-based electrochromic devices have attracted great
interest in smart windows, low-power displays, and other cutting-edge fields. The …

Integration of solar cells and electrochromic windows offers crucial contributions to green
buildings. Solar‐charging zinc anode‐based electrochromic devices (ZECDs) present …

Building energy consumption has become one of the main sources of social primary energy
consumption and global carbon emissions, and the development of building energy-saving …

The independent modulation of visible and near-infrared light by a single material, termed
dual-band electrochromism, is highly desirable for smart windows to enhance the energy …

Electrochromic windows that dynamically absorb incident solar irradiation are envisioned as
smart technology devices that can reduce power consumption in buildings and accelerate …