Semprius CPV系统的现场性能建模

Brent Fisher, K. Ghosal, D. Riley, Clifford W. Hansen, B. King, S. Burroughs
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引用次数: 5

摘要

Semprius是一家具有世界纪录效率的高浓度光伏(CPV)组件生产商,已经开发出了使用PVsyst和Semprius性能模型(SPM)两种性能模型来模拟CPV组件现场性能的能力。使用PVsyst进行建模依赖于此处描述的PAN文件的定义。SPM是Semprius与桑迪亚国家实验室合作开发软件的成果,该软件可以准确模拟Semprius CPV系统的现场性能。通过对实际Semprius CPV系统的验证,验证了PVsyst和SPM在Semprius CPV中的性能,其中一个在Tucson,另一个在Sandia国家实验室,NM。这些比较表明,这两种模型都可以准确地预测年交流发电量在1- 3%以内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Field performance modeling of Semprius CPV systems
Semprius, a producer of high concentration photovoltaic (CPV) modules with world record efficiency, has developed capabilities for modeling field performance of CPV modules using two performance models: PVsyst and Semprius Performance Model (SPM). Modeling with PVsyst relies on the definition of a PAN file which is described here. SPM is the result of Semprius' collaboration with Sandia National Laboratory to develop software that can accurately model the field performance of Semprius CPV systems. The performance of both PVsyst and SPM is demonstrated for Semprius CPV by validation against actual Semprius CPV systems operating in the field, one in Tucson and one at Sandia National Labs, NM. These comparisons suggest that both of these models can accurately predict annual AC energy yield to within 1-3 percent.
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