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COLD STORAGE, A FLEXIBILITY AND ENERGY EFFICIENCY SOLUTION

机译:冷库,灵活性和能效求解

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Energy needs for cold production are constantly increasing. In France, the annual electricity consumption within this sector exceeds 15 TWh. Energy storage has become an important way for increasing the flexibility of final energy use and production systems. In order to tackle the problem of cold storage adoption, a software tools has been developed to estimate financial and energy gains if a cool storage facility is installed within a facility (mainly for positive temperature warehouses). The purpose of this tool is to allow industrials to have an objective tool which compares several technologies, and to quickly evaluate the benefits of cold storage solutions. The tool uses physical energy conservation laws applied to the cooling and storage systems, the electrical load profile of the industrial site, an estimated cold storage capacity, as well as the electricity tariff. Different scenarios of storage charge and discharge are simulated. Different study cases showed cool storage allows considerable energy savings, particularly in Agro-food industry and Supermarkets. Added to this, temperature drift in the stored products and the potential impact on stored product quality is also being investigated.
机译:冷轧能源需求不断增加。在法国,该行业的年电力消耗超过15 TWH。能量存储已成为提高最终能源使用和生产系统灵活性的重要途径。为了解决冷藏储存的问题,已经开发了一种软件工具,以估计金融和能源增益,如果凉爽的存储设施安装在设施内(主要用于正温仓库)。该工具的目的是允许工业公司进行客观工具,该工具比较多种技术,并快速评估冷库解决方案的好处。该工具采用适用于冷却和储存系统的物理节能规律,工业部位的电负载轮廓,估计的冷藏容量以及电费。模拟了不同的存储充电和放电场景。不同的研究案例显示酷储存允许相当大的节能,特别是在农业食品工业和超市。添加到这一点,还正在研究储存产品中的温度漂移和对储存产品质量的潜在影响。

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