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On the design and evaluation of open volumetric air receiver for process heat applications

机译：关于过程热应用的开放式容积空气接收器的设计和评估

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India receives abundant radiant energy from the sun on account of being located at the equatorial solar belt. Especially, an annual global solar radiation of about >= 2400 kW h/m(2) is received in Rajasthan and in northern Gujarat. As a part of research initiative at ITT Jodhpur, heliostat based concentrated solar tower using an open volumetric air receiver is being developed for generation of high-temperature process heat, which can be utilized for metal processing operations. This technology includes sub-systems such as thermal energy storage and heat exchangers. In particular, the presented paper describes the design evaluation of an open volumetric air receiver. Experiments and computational fluid dynamics tool, ANSYS-FLUENT are used for this purpose. The obtained hot air (heat transfer fluid) can be employed, for instance, in heat treatment of metal such as Aluminum. The considered design aspects of the open volumetric air receiver are as follows:
机译：由于印度位于赤道太阳带，因此从太阳获得了大量的辐射能。特别是，拉贾斯坦邦和古吉拉特邦北部每年收到约> = 2400 kW h / m（2）的年度全球太阳辐射。作为ITT焦特布尔研究计划的一部分，正在开发使用定日镜的集中式太阳能塔，该塔采用开放式容积式空气接收器来产生高温过程热，可将其用于金属加工操作。该技术包括子系统，例如热能存储和热交换器。特别是，本文介绍了一种开放式容积式空气接收器的设计评估。为此，使用了实验和计算流体动力学工具ANSYS-FLUENT。所获得的热空气（传热流体）可以用于例如铝等金属的热处理中。开放式容积式空气接收器的设计考虑如下：

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