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现行 NO-94-32-2
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A Comparison of Energy Consumption for Storage Priority and Chiller Priority for Ice-Based Thermal Storage Systems 冰蓄冷系统蓄冷优先和制冷优先能耗的比较
冷冻水可以通过存储优先或制冷优先系统产生。这两个系统都有部分存储空间,以优化工厂产能并将资本成本降至最低。但两个系统的运行策略不同——控制冷冻水生产和利用的参数是冷冻水生产和使用预期策略的功能。负荷控制通过使用模拟结果产生的负荷曲线优化电厂的电力使用。可以使用可预测的控制策略,将冷却设备负荷降至最低。关键词:比较、能耗、储能、冰蓄能、优化、成本、运行、冷负荷、冷却、冷却器、制冰机。引用:研讨会,ASHRAE Trans。1994年,第100卷,第一部分
Chilled water can be produced either by a storage-priority or a chiller-priority system. Both systems have partial storage to optimise plant capacity and minimise capital costs. But the operating strategies for both systems differ - the parameters controlling the production and utilisation of chilled water are functions of the intended strategy for production and use of chilled water. Load control optimises the plant's electrical power use by using the load profile produced from simulation results. It is possible to use a predictable control strategy that minimises the cooling plant load.KEYWORDS: comparing, energy consumption, energy storage, ice storage, optimisation, costs, operations, cooling load, cooling, chillers, ice makers.
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