基于Peltier和PV面板的牛奶冷却和储存装置的设计与建模

Caner Koç, Maksut Bars Eminoglu, U. Yegül, Göktürk Temuçin Seyhan
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引用次数: 0

摘要

将牛奶从奶牛场和奶牛场运送到市中心的公司和个体企业家使用安装在皮卡底盘上的牛奶冷却装置。冷却装置采用不锈钢制造,一级钨惰性气体焊接,容量为200至5000升,内部无液体。为了将牛奶送到顾客手中而不会失去新鲜度,不会在路上或数百公里的车辆上变质,就需要冷却装置。在本研究中,设计了一种容量为1000 L的基于珀尔帖元件的牛奶冷却储存装置。采用能量计算和有限元法对所建立的模型进行了设计分析。作为分析的结果,它已经得出结论,牛奶可以减少三倍的能源消耗与Peltier中心冷却装置开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Modelling of a Milk Cooling and Storage Unit Based on Peltier and PV Panels
Companies and individual entrepreneurs which takes the milk from dairy storage points and dairy farms to distribute in the city centers, use milk cooling units mounted on pickup chassis.  Cooling units are manufactured using stainless steel, 1st class Tungsten Inert Gas welded, with a capacity of 200 to 5000 L, designed to remain no liquids inside. Cooling units are required for milk to be delivered to the customer without losing its freshness, without spoiling on the road, hundreds of kilometers on the vehicle. In this study, a milk cooling and storage unit based on a Peltier element with a capacity of 1000 L was designed. Energy calculations and finite element method was used to analyze the design of the developed model. As a result of the analyzes, it has been concluded that the milk can be cooled by three times less energy consumption with the Peltier Centric Cooling Unit developed.
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