PowerFLEX
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Global Solar Energy® has more flexible modules installed than any other CIGS manufacturer. PowerFLEX®+ systems produce up to 4.5% higher energy yield than polycrystal silicon systems, especially in hot, overcast, or low light environments, and at higher latitudes. Our PowerFLEX®+ CIGS (Copper Indium Gallium DiSelenide) Building Applied Photovoltaic (BAPV) systems can make your installation quicker, easier, aesthetically superior, and less costly for your commercial and industrial rooftops. PowerFLEX®+ BAPV advantages 4.5% Higher Annual Energy Yield (kWh/kWp) Versatile Integration · 3.0 kg/m2 (0.68 lb/ft2) including adhesive · 110 watts/m2 · 26% of the weight per roof area than p-Si · Fits any roof type · Flexible and Conforming · Can be applied to diameters as small as 50cm(20”) · Simple peel and stick application · No mounting or grounding hardware · No roof penetrations · Low profile · Lays flat. No racking or ballast required · No added wind load nor wind lift · Aesthetically pleasing · Minimized module spacing maximizes roof coverage and power Lower Maintenance Cost · No damage from earthquakes, hail, golf balls, hurricanes, etc... · Avoids theft and avoids vandalism · Low profile - No added wind lift · Requires less surface cleaning · Soiling resistant surface · Higher annual energy production · Superior high temperature performance vs. p-Si (up to 3%) · Performs better than p-Si in low and diffuse light conditions (up to 1%) · Performs better than p-Si at low incidence angles (up to 0.5%) · Superior Shade Tolerance · 90% more efficient th

PowerFLEX®+ BAPV 100/105/110/115 - 200/210/220/230 - 270/285/300/315W Electrical Specifications 115W Rated voltage Rated current Open circuit voltage Short circuit current Capacity rating Module aperture area efficiency Note 1: Standard Test Conditions (STC): Cell Temperature at 25°C; Solar irradiance intensity of 1000 W/m ; AM1.5 solar reference spectrum (ASTM E892) Note 2: Average aperture efficiency is calculated using the average of rating and aperture area: 0.81m2 for 100-115W, 1.62m2 for 200-230W, and 2.22m2 for 270-315W Note 3: Electrical parameters are +/-10% unless stated otherwise...