The JSON results contain the PUE calculation for each time interval.
JSON结果包含了每个时间间隔的PUE计算。
In the resources directory, we placed a file named pue-true-chart.groovy.
在资源目录中，我们放置了一个名为pue - true - chart . groovy的文件。
In this case, the parameter is the timestamp for which the consumer wants to retrieve the PUE value.
在本例中，参数是客户想要检索pue值的时间戳。
In this case, we instruct Dojo to load the widget that we exposed at the path resources/pue-trend-widget.
在本例中，我们指示Dojo加载位于路径resources/pue-trend-widget的小部件。
In this example, we will be describing a widget that shows the power usage effectiveness (PUE) of a data center.
在本例中，我们将介绍显示数据中心电源使用效率(PUE)的小部件。
Control group which had noise stimulation synchronously had more obvious responses compared with Pue-intervening group.
加用噪声刺激组反应更为明显，防治组的表现程度较低压噪声组轻。
Finally, the technical progress of PPDI-PUE, especially its application prospect in the tyre field is emphatically discussed.
最后对PPDI - PUE的技术进展作了讨论，重点涉及轮胎领域PUE的应用前景。
Power Usage Effectiveness (PUE) is a metric measure created by the Green Grid to determine the energy efficiency of a datacenter.
PUE是由绿色网格组织推出的一个测量数据中心能源使用效率的指标。
There are many factors that might influence the PUE of a datacenter, such as cooling system, power density, it equipment, the nature environment of the area of datacenter.
PUE是受一些因素，如制冷系统、能源密度、IT设备的选择和数据中心所在区域的自然环境等的影响的。
The metering approach should be consistent with the metering required for the power usage efficiency (PUE) category (e. g., continuous consumption metering for PUE categories 1, 2, and 3).
计量方法应与用电效率(PUE)类别要求的计量方法一致(如，PUE类别1、2和3的连续消耗计量)。
The metering approach should be consistent with the metering required for the power usage efficiency (PUE) category (e. g., continuous consumption metering for PUE categories 1, 2, and 3).
计量方法应与用电效率(PUE)类别要求的计量方法一致(如，PUE类别1、2和3的连续消耗计量)。
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