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Optimization of Korean crop storage insulation systems

机译：韩国农作物储藏保温系统的优化

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With the increasing concerns with the quality and the safety of foods, several standards and guidelines have been developed to improve the design, construction and operation of storage warehouses. Several cool storage buildings have been constructed in Korea during the last decade. However, there are no specific standards or guidelines for energy use reduction in refrigerated structures. The main objective of this study is to determine the impact of various insulation systems on the total cooling load of the cool storage structures with particular consideration given to the product thermal mass to find optimal insulation thicknesses for each envelope component for various climatic locations in Korea. An energy analysis model was developed using the DOE-2.1E program. To determine the optimal configuration for the storage building insulation system, life a cycle cost analysis was conducted. The selection of optimal insulation configuration for each climatic location is based on various criteria including cost and energy minimization. The results presented in this paper provide easy to use design guidelines to select the optimal insulation thickness for crop storage facilities in Korea.
机译：随着人们对食品质量和安全性的日益关注，已经制定了一些标准和指南来改善仓储仓库的设计，建造和运营。在过去的十年中，韩国建造了几座蓄冷建筑。但是，对于降低冷藏结构的能耗，没有具体的标准或指南。这项研究的主要目的是确定各种保温系统对蓄冷结构总冷却负荷的影响，并特别考虑产品的热质量，以便为韩国不同气候位置的每个封套组件找到最佳的保温厚度。使用DOE-2.1E程序开发了能量分析模型。为了确定存储建筑保温系统的最佳配置，进行了生命周期成本分析。根据各种标准（包括成本和能耗最小化），为每个气候位置选择最佳绝缘配置。本文介绍的结果提供了易于使用的设计指南，可以为韩国的农作物存储设施选择最佳的隔热层厚度。

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