Telephone Buildings Energy Conservation

R. E. Elicker, V. E. Holt
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引用次数: 3

Abstract

The most cost and energy effective building energy saving measure tried has been Wide Band Temperature Control and Operation with no refrigeration provided when room ambient temperatures are below 80F (27C), and with no heating provided above 65F (18C), on a year around basis. Between these limits, the building is operated in a dynamic or transient mode. In many locales this can eliminate the energy use associated with simultaneous heating and cooling in different building zones, heating in the morning and cooling in the afternoon, short cycling of chillers and fans or furnaces, heating on cool summer days, and operation of refrigeration in mid-winter. Also, humidification and dehumidification loads are reduced. A smaller size environmental control system can be used to handle the reduced loads provided by these wider limits. Initial field trials have shown environmental control system annual energy savings of 30% of the previous year's usage even with override of these wider temperature limits during occupied periods.
电话楼宇节能
最具成本效益和能源效益的建筑节能措施是宽带温度控制和运行,当室内环境温度低于80华氏度(27摄氏度)时,不提供制冷,不提供高于65华氏度(18摄氏度)的供暖,全年基本不变。在这些限制之间,建筑以动态或瞬态模式运行。在许多地方,这可以消除与不同建筑区域同时加热和冷却、上午加热和下午冷却、冷却器和风扇或炉子的短循环、凉爽的夏季加热和隆冬制冷操作相关的能源使用。同时减少加湿、除湿负荷。一个较小尺寸的环境控制系统可以用来处理这些更宽的限制所提供的减少的负载。初步的现场试验表明,即使在使用期间超过这些更宽的温度限制,环境控制系统每年也能比上一年节省30%的能源。
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