期刊文献+

冷水机组节能驱动与控制系统的选择与计算(二)

Selection and Calculation of the Driving Energy-Saving Control System of a Single Chiller(Part Ⅱ)
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摘要 本文提出一种在工程设计中能快速列表计算、具有几种不同节能驱动与控制系统的冷水机组的综合部分负荷性能系数LPLV的方法。这些都基于LPLV的标准公式和它们的特性曲线族图表。比较它们的IPLV的计算结果的大小,即能选择高效驱动节能控制系统。 The thesis provides a method to develop quick list calculation of integrated part load value (IPLV) of a single chiller with several different energy-saving drive and control system in the engineering design. Abovementioned all these are based upon the standard formulas of IPLV and their characteristic curve-family. Compared with the calculated results of IPLV, a high-efficient energy-saving drive and control system can be chosen.
出处 《智能建筑电气技术》 2009年第5期75-80,共6页 Electrical Technology of Intelligent Buildings
关键词 冷水机组 ARI标准 国家标准 综合部分负荷性能系数 性能系数 能效比 能耗比 驱动特性曲线族图表 变频驱动 恒速驱动 节能驱动与控制系统 chiller, ARI standard, national standard, integrated part load value, IPLV, coefficient of performance(COP), energy efficiency ratio(EER), energy consumption ratio(ECR), driving characteristic curve family(DCCF), variable frequency drive(VFD),constant speed drive(CSD), energy-saving drive and control system(ESDCS)
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  • 1Mr. Thomas Hartman. All-Variable Speed Centrifugal Chiller Plants: Can We Make Our Plants More Efficient?-The Automator,Automated Buildings.com March 2002.
  • 2Mr. Thomas Hartman.All-Variable Speed Chilled Water Distribution Systems: Optimizing Distribution Efficiency -The Automato,Automated Buildings.com April 2002.
  • 3Mr. Thomas Hartman.Direct Network Connection of Variable Speed Drives-HPAC Engineering March 2003 - HPAC Engineering March 2003.
  • 4Mr. Thomas Hartman.Optimizing All-Variable Speed Systems with Demand Based Control -The Automator, Automated Buildings.com May 2002.

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