![]() The average gallium-doped efficiency is 0.09 % higher than the boron-doped cells. Gallium-doped silicon wafers effectively mitigate light-induced degradation compared to using boron-doped solar cells. Gallium-doped silicon demonstrates a very high lifetime and stability during illumination. The PV industry has witnessed a rapid use of gallium-doped silicon. As an example, the glass-glass modules with half-cut cells and POE encapsulation materials ensure the lowest UV degradation, thermal-cycling losses, mechanical loads and humidity losses which makes it the most durable module in desert and tropical climates. The versatility of Aurora modules makes it possible to choose the module not only based on system design but also the environmental conditions. Utilizing high-end components and modules with a different bills of materials make the Aurora series a perfect choice for different climate conditions. These environmental factors decrease the module lifetime and performance. ![]() However, new emerging markets in desert, tropical and arctic areas suffer from harsh environmental stress factors such as high UV doses, high-temperature variation between night and day, high ambient temperature, mechanical loads (wind or snow), and humidity. The Standard Test Conditions are designed for moderate climates. Due to flexibility of Aurora series, they can be used in both residential and utility-scale applications. The durable module design ensures the reliability of the PV modules and they are now offered with 15 years of product warranty and 30 years of performance warranty. The Aurora series are offered with different cell sizes of 166 mm, 182 mm and 210 mm which make the module a flexible choice for system designs by considering the module dimensions and rated electrical properties. The half-cut cell module design with series and parallel interconnection increases the module tolerance under partial shading conditions. High efficiency solar cells and optimized cell-to-module power ratio ensures higher output power and yield und different lighting conditions. The efficiency ranges from 19.88% to 21.4%. The Aurora solar panels are available in a wide range of power classes starting from 335W up to 665W. However, the glass-glass modules benefit from superb durability, especially in extreme climates.įigure 1: Aurora PV modules High Output Performance Bifacial PV modules with transparent backsheet benefit from lower weight, easier handling and lower relative costs compared to the glass-glass modules. snow or concrete) leads to higher energy generation from the rear side which increases the system energy and reduces the levelized cost of energy. Having a background with higher reflection properties (e.g. Bifacial solar panels consist of solar cells which can generate power from both the front and rear sides While the mono-facial modules can collect the light only from the front side, the bifacial modules can benefit from reflected energy from the surroundings (Albedo) and increase the energy yield of the PV modules/systems. Mono-facial panels as the name suggests are PV modules that can generate energy from the sunny/front side of the module. These panels are designed to be high efficiency, high reliability, and high durability. The Aurora Bifacial glass-transparent backsheet.Recently AE Solar has upgraded and rebranded modules under a new name AURORA with three different categories. ![]() AE Solar is a Tier 1 that designs and manufactures world-class products.
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