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Design and operation of stratified chilled water storage systems

机译：分层冷冻水储存系统的设计和运行

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摘要

Through the stimulus provided by a decade of demand-side management programs, stratified chilled water storage has developed into a sophisticated and widely used technology for thermal load shifting in large cooling systems in the US. This paper reviews and synthesises lessons from the US experience developed both through research and application. Key characteristics of successful systems are discussed, including appropriate applications, system operation to exploit energy and energy cost savings opportunities, and use of thermal storage for improved chilled water system management. Important design considerations are also summarised, including recognition of thermal and hydraulic system integration issues, the need to understand the owner's requirements, how storage fits into the existing operation of systems when done as a retrofit, and the importance of commissioning and post-commissioning review of system performance. Major points are illustrated with examples drawn from successful systems and from recent research.
机译：通过十年期需求方管理计划提供的刺激，分层冷冻水存储已发展成为一种复杂且广泛使用的技术，用于美国大型冷却系统中的热负荷转移。本文回顾并总结了通过研究和应用而获得的美国经验教训。讨论了成功系统的关键特征，包括适当的应用，利用能源的系统运行和节省能源成本的机会，以及利用蓄热技术改善冷冻水系统的管理。还总结了重要的设计注意事项，包括认识到热力和液压系统的集成问题，需要了解船东的要求，在进行改造时如何使存储适合系统的现有操作以及调试和调试后的重要性系统性能。举例说明了要点，这些例子均来自成功的系统和最新研究。

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