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Refrigerated fruit storage monitoring combining two different wireless sensing technologies: RFID and WSN

机译:结合两种不同的无线传感技术的冷藏水果储藏监控:RFID和WSN

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摘要

© 2015 by the authors; licensee MDPI, Basel, Switzerland. Every day, millions of tons of temperature-sensitive goods are produced, transported, stored or distributed worldwide, thus making their temperature and humidity control essential. Quality control and monitoring of goods during the cold chain is an increasing concern for producers, suppliers, logistic decision makers and consumers. In this paper we present the results of a combination of RFID and WSN devices in a set of studies performed in three commercial wholesale chambers of 1848 m3 with different set points and products. Up to 90 semi-passive RFID temperature loggers were installed simultaneously together with seven motes, during one week in each chamber. 3D temperature mapping charts were obtained and also the psychrometric data model from ASABE was implemented for the calculation of enthalpy changes and the absolute water content of air. Thus thank to the feedback of data, between RFID and WSN it is possible to estimate energy consumption in the cold room, water loss from the products and detect any condensation over the stored commodities.
机译:©2015作者瑞士巴塞尔的MDPI许可证持有者。每天,全球生产,运输,存储或分发数百万吨对温度敏感的商品,因此必须对其温度和湿度进行控制。生产者,供应商,物流决策者和消费者日益关注冷链期间货物的质量控制和监控。在本文中,我们在一组1848 m3的具有不同设定点和产品的商业批发商会中进行的一组研究中,介绍了RFID和WSN设备组合的结果。在每个腔室内一周内,最多同时安装了90个半无源RFID温度记录仪和7个微粒。获得了3D温度映射图,并使用了ASABE的湿度数据模型来计算焓变和空气的绝对含水量。因此,得益于数据的反馈,在RFID和WSN之间可以估算冷藏室的能耗,产品的水分流失并检测所存储商品上的冷凝水。

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