SolarWindow Technologies, Inc. focuses on creating cutting-edge coatings that generate electricity, primarily intended for integration into building windows and various glass surfaces. Their signature product, dubbed LiquidElectricity coatings, is engineered to produce power by capturing ambient light. These coatings are remarkably efficient, drawing energy from a range of sources including direct sunlight, artificial indoor illumination, and even subtle, shaded, or reflected light conditions. The company's process involves applying extremely thin layers of its LiquidElectricity technology onto diverse materials such as rigid glass, flexible glass, and plastic substrates. This innovative application effectively transforms conventional surfaces into sophisticated organic photovoltaic devices. The potential applications for these adaptable coatings are extensive, covering numerous industries like architecture, automotive manufacturing, agrivoltaics, aerospace, commercial transportation, and marine sectors. Currently, SolarWindow Technologies' LiquidElectricity coatings and related SolarWindow products are in an active development phase. This research is backed by partnerships with commercial contract firms and through collaborative research and development agreements with the U.S. Department of Energy's National Renewable Energy Laboratory. Founded in 1998, the company maintains its headquarters in Scottsdale, Arizona.
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SolarWindow Technologies, Inc. focuses on creating cutting-edge coatings that generate electricity, primarily intended for integration into building windows and various glass surfaces. Their signature product, dubbed LiquidElectricity coatings, is engineered to produce power by capturing ambient light. These coatings are remarkably efficient, drawing energy from a range of sources including direct sunlight, artificial indoor illumination, and even subtle, shaded, or reflected light conditions. The company's process involves applying extremely thin layers of its LiquidElectricity technology onto diverse materials such as rigid glass, flexible glass, and plastic substrates. This innovative application effectively transforms conventional surfaces into sophisticated organic photovoltaic devices. The potential applications for these adaptable coatings are extensive, covering numerous industries like architecture, automotive manufacturing, agrivoltaics, aerospace, commercial transportation, and marine sectors. Currently, SolarWindow Technologies' LiquidElectricity coatings and related SolarWindow products are in an active development phase. This research is backed by partnerships with commercial contract firms and through collaborative research and development agreements with the U.S. Department of Energy's National Renewable Energy Laboratory. Founded in 1998, the company maintains its headquarters in Scottsdale, Arizona.
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SolarWindow Technologies, Inc. focuses on creating cutting-edge coatings that generate electricity, primarily intended for integration into building windows and various glass surfaces. Their signature product, dubbed LiquidElectricity coatings, is engineered to produce power by capturing ambient light. These coatings are remarkably efficient, drawing energy from a range of sources including direct sunlight, artificial indoor illumination, and even subtle, shaded, or reflected light conditions. The company's process involves applying extremely thin layers of its LiquidElectricity technology onto diverse materials such as rigid glass, flexible glass, and plastic substrates. This innovative application effectively transforms conventional surfaces into sophisticated organic photovoltaic devices. The potential applications for these adaptable coatings are extensive, covering numerous industries like architecture, automotive manufacturing, agrivoltaics, aerospace, commercial transportation, and marine sectors. Currently, SolarWindow Technologies' LiquidElectricity coatings and related SolarWindow products are in an active development phase. This research is backed by partnerships with commercial contract firms and through collaborative research and development agreements with the U.S. Department of Energy's National Renewable Energy Laboratory. Founded in 1998, the company maintains its headquarters in Scottsdale, Arizona.