一种高效水蓄冷智能控温调节方法、系统和介质

本申请提供了一种高效水蓄冷智能控温调节方法、系统和介质。该方法包括:获取工厂的历史运行设备数据和实时运行设备数据,计算获得运行设备用冷变化指数,根据历史环境数据和实时环境数据计算环境变化用冷需求指数,再根据产品数据、历史订单排产数据和实时订单排产数据获得生产设备用冷需求修正因子,将运行设备用冷变化指数、环境变化用冷需求指数和生产设备用冷需求修正因子结合预设历史用冷需求计算获得实时用冷需求数据,最后通过阈值对比获得蓄冷量状态并对蓄冷量进行调节;从而通过运行设备用冷变化指数、环境变化用冷需求指数、生产设备用冷需求修正因子和实时用冷需求数据的计算,实现蓄冷量精确调整的技术。 The inventio...

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Format Patent
LanguageChinese
Published 25.04.2025
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Summary:本申请提供了一种高效水蓄冷智能控温调节方法、系统和介质。该方法包括:获取工厂的历史运行设备数据和实时运行设备数据,计算获得运行设备用冷变化指数,根据历史环境数据和实时环境数据计算环境变化用冷需求指数,再根据产品数据、历史订单排产数据和实时订单排产数据获得生产设备用冷需求修正因子,将运行设备用冷变化指数、环境变化用冷需求指数和生产设备用冷需求修正因子结合预设历史用冷需求计算获得实时用冷需求数据,最后通过阈值对比获得蓄冷量状态并对蓄冷量进行调节;从而通过运行设备用冷变化指数、环境变化用冷需求指数、生产设备用冷需求修正因子和实时用冷需求数据的计算,实现蓄冷量精确调整的技术。 The invention provides an efficient chilled water storage intelligent temperature control adjusting method and system and a medium. The method comprises the steps that historical operation equipment data and real-time operation equipment data of a factory are obtained, an operation equipment cold use change index is obtained through calculation, and an environment change cold use demand index is calculated according to historical environment data and real-time environment data, according to the product data, the historical order production scheduling data and the real-time order production scheduling data, obtaining a production equipment cold demand correction factor, and combining the operation equipment cold change index, t
Bibliography:Application Number: CN202411104349