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Technology Mix for the Diego de Almagro Solar Technology District in Chile

机译:智利迭戈德阿马克罗太阳能科技区的技术组合

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This paper focuses on the technology mix proposed for the Diego de Almagro "Solar Technology District" (DTS), intended to be built at the south of the Atacama Desert in Chile, which combines Concentrated Solar Power (CSP) with Photovoltaic (PV) plants to take advantage of both systems attributes: easy installation and low levelized cost of electricity (LCOE) of PV and dispatchability and low cost for storing energy of CSP. Thermal energy storage systems as well as batteries are considered. Local conditions such as solar irradiation, water cost and availability and energy demand profile in Chile are noteworthy and important to be discussed. The methodology followed to optimize the power plant configurations focused on minimizing the LCOE and also considered the available land and the water consumption. Additionally, a rather new PV technology was investigated and selected for the solar park: Bifacial PV modules.The results obtained are useful to project developers seeking for combinations of PV and CSP to satisfy specific electricity demand in an economic, clean and reliable way.
机译:本文重点介绍,为迭戈德阿马克罗“太阳能技术区”(DTS)提出的技术组合,旨在建于智利阿塔卡马沙漠的南部,将集中的太阳能(CSP)与光伏(PV)植物结合在一起利用Systems属性:PV的易于安装和低级别的电力(LCoE)和销售性和储存CSP能量的低成本。考虑热能存储系统以及电池。智利的太阳辐射,水成本和可用性和能量需求配置如太阳照射,水成本和可用性曲线,值得注意,并且很重要。遵循的方法,以优化专注于最小化LCoE的电厂配置,并考虑了可用的土地和耗水量。此外,对太阳能园进行了调查并选择了相当新的光伏技术:双翼飞机PV模块。获得的结果对于寻求PV和CSP组合的开发人员可以以经济,清洁和可靠的方式满足特定电力需求。

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