吸附式制冷系统的概念设计:概念设计是创新单元的核心

J. A. Merino, K. Hatakeyama
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引用次数: 0

摘要

研究型大学小组,与其他类似的小组相互作用,需要原型和实验室硬件的支持,在那里应用获得的知识,以及在研究完成后产生新的知识。这种情况尤其发生在吸收/吸附制冷的主题中,这一主题中断了秘鲁的技术发展轨迹。因此,随着吸附制冷的概念设计和原型进行测试和研究,研究人员将更容易开展联合工作,并参与国际研究网络。为此,我们将在以概念设计为创新单元核心的模型基础上,结合Porter & Newman、Tay & Gu、Altshuller的建议,进行吸附式制冷系统的概念设计——以太阳能和热回收为能源来源。这项工作的结果为研究小组提供了开展联合项目和在主题中成长的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Conceptual Design of an Adsorption Refrigeration System: Conceptual Design as Core of the Innovation Cell
Research university groups, that interact with another similar groups, require support with prototypes and laboratory hardware where apply acquired knowledge, as well as to generate new knowledge since research performed. Particularly this happens in the theme of refrigeration by absorption/adsorption that had interrupted its technological trajectory in Peru. So, with the conceptual design and the prototype of refrigeration by adsorption to perform tests and research, the researchers will become more available to develop joint works and to participate in international networks of researches. For this, we will perform the conceptual design of adsorption refrigeration system — that utilizes the solar energy and the recovery of heat as a source energy — based in our model that consider the conceptual design as the core of the innovation cell, and it integrate the proposals of Porter & Newman, Tay & Gu, and Altshuller. Results of this work opening the possibility, to the research group, to perform joint projects and to grow in the theme.
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