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When the SRT interlayer is combined in a window system with Solarban glass, a proven solar control, low-e glass that also blocks solar heat and transmits visible light, these adaptive windows can dramatically reduce the amount of energy required to cool buildings. Because the windows clear up in indirect sunlight, they also decrease the need for artificial lighting.
According to a study, due to its ability to dynamically adjust to natural lighting conditions, a window system including an SRT interlayer can reduce energy costs in commercial buildings by 17-30% over industry-standard window systems. A window with SRT technology also reduces the transmittance of ultraviolet light and short-wavelength visible light, which are major contributors to fading in carpets, fabrics, artwork, photos, and other materials.
Unlike competing dynamic windows that require manual, electrical or mechanical controls, windows with the SRT interlayer reportedly use the sun’s own energy-up to 1000 watts of power per square meter-to adjust the window tint and transmittance level. Because the process is entirely self-sustaining, the SRT interlayer system not only uses less energy, it can also eliminate the opportunities for failure due to faulty wiring, poor connections or broken electrical circuits. Windows with SRT interlayers have passed exposure and durability testing developed for electrochromic windows and conducted by the National Renewable Energy Laboratory (NREL).
For more information, visit www.pleotint.com or www.ppg.com.