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SOLAR TRACKERS: FACING THE SUN

机译:太阳跟踪器:面对太阳

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The use of tracking technology allowing solar modules to follow the course of the sun (and so optimize the incident angle of sunlight on their surface) can increase electricity production by around a third, and some claim by as much as 40% in some regions, compared with modules at a fixed angle.rnGenerally, modules are fixed at the optimum angle for their specific latitude. However, this is the angle optimized over the course of a year, and (depending on latitude) can vary by 30° as the sun appears lower or higher in the sky. Fixing PV modules at the optimum angle typically yields an improvement of around 15% compared with simply laying them flat. Trackers, on the other hand, adapt to both the daily passage of the sun and potentially the changing seasons too. And in many concentrating solar technologies (PV and thermal), tracking is an essential component.
机译:跟踪技术的使用允许太阳能电池组件跟随太阳的前进(从而优化太阳光在其表面上的入射角)可以使发电量增加大约三分之一,有些人声称在某些地区多达40%,与模块以固定角度相比。通常,模块以其特定纬度固定在最佳角度。但是,这是一年中优化的角度,并且(取决于纬度)可以随着太阳在天空中的升起或降落而变化30°。与简单地将它们平坦放置相比,将光伏组件固定在最佳角度通常可提高约15%的质量。另一方面,跟踪器既适应日照,又适应变化的季节。在许多聚光太阳能技术(光伏和热能)中,跟踪是必不可少的组成部分。

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