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Fresnel-based modular solar fields for performance/cost optimization in solar thermal power plants: A comparison with parabolic trough collectors.

机译:基于菲涅耳的模块化太阳能领域,用于太阳能热电厂的性能/成本优化:与抛物槽式集热器的比较。

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摘要

Linear Fresnel collectors are identified as a technology that should play a main role in order to reduce costudof Concentrating Solar Power. An optical and thermal analysis of the different blocks of the solar power plant is carried out, where Fresnel arrays are compared with the most extended linear technology: parabolic trough collectors. It is demonstrated that the optical performance of Fresnel array is very close to that of PTC, with similar values of maximum flux intensities. In addition, if the heat carrier fluid flows in series by the tubes of the receiver, relatively high thermal efficiencies are achieved. Thus, an annual solar to electricity efficiency of 19% is expected, which is similar to the state of the art in PTCs; this is done with a reduction of costs, thanks to lighter structures, that drives to an estimation of LCOE of around 6.5 c€/kWh.
机译:线性菲涅尔收集器被认为是一项主要技术,可以降低聚光太阳能的成本。对太阳能发电厂的不同模块进行了光学和热分析,将菲涅耳阵列与最扩展的线性技术:抛物线槽收集器进行了比较。结果表明,菲涅耳阵列的光学性能与PTC非常接近,最大通量强度的数值相似。另外,如果载热流体通过接收器的管串联流动,则可获得相对较高的热效率。因此,预计每年的太阳能发电效率为19%,这与PTC的技术水平相似。由于结构较轻,这可以降低成本,从而使LCOE估计约为6.5 c€/ kWh。

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