垂直双面太阳能电池板作为太阳能管道设计的备选方案

J. Reagan, S. Kurtz
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引用次数: 0

摘要

一个垂直的双面+反射结构被提出作为太阳能运河设计的候选方案。模拟表明,与固定的20°倾斜系统相比,产量具有竞争力,朝南垂直方向的年产量分别为朝南20°系统年产量的117%和87%,其中有反射器和没有反射器。相对于其他系统,朝南的垂直方向在非夏季具有更好的性能,从而产生更平坦的季节曲线,对负载平衡和能量存储具有有用的含义。即使没有反射器,朝东和朝西的垂直方向也优于其固定倾斜默认值,并且在看到明显的削波效应之前,比类似的朝南垂直方向可以容忍更高的DC/ AC逆变器比率。
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Vertical Bifacial Solar Panels as a Candidate for Solar Canal Design
A vertical bifacial + reflector configuration is presented as a candidate for solar canal design. Simulations show output to be competitive with fixed 20° tilt systems, with South-facing vertical orientation showing 117% and 87% of annual output of South-facing 20° systems with and without a reflector, respectively. South-facing vertical orientations have better performance in non-summer months relative to other systems, resulting in a flatter seasonal curve, with useful implications for load balancing and energy storage. East- and West-facing vertical orientations outperform their fixed tilt defaults, even without a reflector, and tolerate higher DC/ AC inverter ratios than similar South-facing vertical orientations before appreciable clipping effects are seen.
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