Business
Latest Breakthrough Encouraging for Low-Cost High-Speed Commercial Production of SolarWindow, Worldwide
Latest Breakthrough Encouraging for Low-Cost High-Speed Commercial Production of SolarWindow, Worldwide.
About this update from Solarwindow Technologies, Inc.
[{"type":"text","content":"\n \n SolarWindow Technologies, Inc. (OTCQB: WNDW), developer of transparent \n liquid coatings that generate electricity on glass windows, today \n announced new research outcomes favorable to low-cost high-speed \n production in diverse geographic locations where altitude, air-pressure, \n and humidity can otherwise effect chemistry and manufacturing.\n \n \n By addressing chemistry-related manufacturing issues at different \n altitudes, SolarWindow™ products could be commercially produced at \n industrial centers as diverse as the sea-level Khalifa Industrial Zone \n in Abu Dhabi, 600 feet higher alongside glass producers in Illinois, or \n even at 7,000 feet above sea level with glass factories in Mexico.\n \n \n “Our commercial strategy includes licensing and partnering our \n technology with glass manufacturers, globally. While we’ve worked hard \n to set records for power production and size, it’s now time to focus on \n important steps to position us beyond the United States and in the \n broadest possible geographic footprint,” explained Mr. John A. Conklin, \n President and CEO of SolarWindow Technologies, Inc.\n \n \n Already, SolarWindow™ technology boasts the industry’s fastest published \n calculated return of under one-year when modeled for installation on a \n 50-story building. The prospect of low production costs in different \n geographies could further boost the Company’s future commercialization \n and licensing platforms.\n \n \n “Looking ahead, our goals are high product performance, manufacturing \n and installation, and commercial roll-out. Naturally, we want to produce \n and commercially partner our SolarWindow™ products in virtually any \n geography. Moreover, our approach to open-air production at high speeds \n is one that traditional solar producers simply cannot keep up with.”\n \n \n The physical location of industrial plants and their surrounding air \n pressure and humidity, altitude, and other environmental factors \n determine the behavior, flow, stability, and performance of chemical \n coatings.\n \n \n Unable to commercially operate in open-air environments, conventional \n solar-PV producers have largely made use of specially designed equipment \n for controlling air pressure and temperature as a work-around to the \n behav...