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Extending capacity of existing university chilled water system utilising satellite thermal storage

机译：利用卫星蓄热技术扩展现有大学冷水系统的容量

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The incorporation of the first stage of a proposed two-stage chilled water thermal storage system into the existing Crawley Campus of the University of Western Australia, has effectively doubled the carrying capacity of the underground ring main without the need for any additional chiller plant or the alternative major task of upgrading the existing chilled water pipework. The necessity to increase the capacity to double that of the original system designed in the early 1970s resulted from a decision of the university to fully air condition all the existing buildings and future buildings on the campus serviced from the main central chilled water plant. By retaining the existing plant and infrastructure, and allowing the thermal storage tank to be located remote from the main chilled water plant room, the university will save several million dollars in capital, maintenance and energy costs over the next ten or so years.
机译：将拟议的两阶段冷却水蓄热系统的第一阶段并入西澳大利亚大学现有的克劳利校区，实际上使地下环形干线的承载能力增加了一倍，而无需任何额外的冷却设备或替代现有主要水管系统的主要任务。由于大学决定对中央现有主要冷水厂提供服务的校园内所有现有建筑物和未来建筑物进行全面空调，因此有必要将容量提高到1970年代初设计的原始系统的两倍。通过保留现有的工厂和基础设施，并允许将储热罐放置在远离主要冷水工厂房间的位置，这所大学将在未来十年左右的时间内节省数百万美元的资金，维护和能源成本。

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