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Field performance of compact fluorescent systems

机译:紧凑型荧光灯系统的现场性能

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摘要

The performance and cost-effectiveness of compact fluorescent lighting systems were assessed for five building types. While several commonly used performance criteria were identified in advance, other performance attributes only became apparent during the study. Fixture and lamp costs are substantially higher than for incandescent systems, but are offset by much longer lamp life and greater efficacy. Comparative life-cycle cost estimates were developed. The balance between increased capital and decreased operating costs varies with electricity tariffs, labor costs for replacing burned-out lamps, and other factors. Compact fluorescents may be a desirable choice for other reasons such as reduced vulnerability to electricity price increases, reduced loads on emergency power systems, reduced temperatures in areas inadequately cooled by air conditioning systems, simplification of lamp inventories, reduced heat damage to exit sign enclosures, and prevention of inadvertent gross overlamping.
机译:对五种建筑类型的紧凑型荧光照明系统的性能和成本效益进行了评估。尽管预先确定了几种常用的性能标准,但其他性能属性仅在研究过程中变得明显。灯具和灯的成本大大高于白炽灯系统,但灯寿命更长,功效更高而抵消了成本。制定了比较性的生命周期成本估算。增加的资本和降低的运营成本之间的平衡因电价,更换烧坏的灯的人工成本以及其他因素而异。紧凑型荧光灯可能是其他理想的选择,例如降低电价上涨的脆弱性,减少应急电源系统的负荷,降低空调系统未充分冷却区域的温度,简化灯的库存,减少对出口标牌外壳的热损伤,并防止意外的过度过度驾驶。

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