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首页> 外文期刊>日本機械学会論文集. B編 >Dynamic Characteristics of the Generator for Absorption Refrigerator (1st Report, Pool Boiling Type Generator)
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Dynamic Characteristics of the Generator for Absorption Refrigerator (1st Report, Pool Boiling Type Generator)

机译:吸收式制冷机发电机的动态特性(第一报告,池沸腾式发电机)

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摘要

Absorption refrigerator is getting attention with a view point of environmental protection and energy savings because it can be driven by waste heat. As absorption refrigerator has a lot of solution which is so expensive, this makes it difficult to reduce the initial cost and improve the response speed in start up and shut down. Hence, it is expected to reduce the charging quantity of solution. But if it is decreased too much, disturbance such as the change of the waste heat affects the characteristics of the absorption refrigerator greatly. To investigate these problems, it is necessary to clarify the dynamic characteristics of the absorption refrigerator. In the elements of the absorp- tion refrigerator, the generator has the largest amount of solution and is affected directly by the change of the waste heat. Therefore this research aims to clarify the dynamic characteristics of the generator in detail by simulation and experiment. As the generator for the absorption refrigerator, a pool boiling type and falling film type generator have been used. In this paper as the first report, the dynamic characteristics of the pool boiling type are investigated with simulation and experiment. As a result, detailed dynamic characteristics were clarified, and the validity of the dynamic model of the generator was confirmed.
机译:从环保和节能的角度来看,吸收式冰箱正受到关注,因为它可以由余热驱动。由于吸收式制冷机有很多解决方案,而这些解决方案非常昂贵,因此很难降低初始成本并难以提高启动和关闭的响应速度。因此,期望减少溶液的装料量。但是如果减少得太多,诸如废热变化之类的干扰会大大影响吸收式制冷机的性能。为了研究这些问题,有必要弄清楚吸收式制冷机的动态特性。在吸收式制冷机的元件中,发生器的溶液量最大,并且直接受到废热变化的影响。因此,本研究旨在通过仿真和实验来详细阐明发电机的动态特性。作为吸收式制冷机的发生器,使用池沸腾式和降膜式发生器。本文作为第一份报告,通过模拟和实验研究了池沸腾型的动态特性。结果,澄清了详细的动态特性,并确认了发电机动态模型的有效性。

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