The US Department of Energy has a proposition on the table to move external power adapter
requirements to Level VI efficiency.The final announcement is expected this summer which willgive a very short lead-time to July 2013 requirement date.
美国能源部一致主张，移动外接电源适配器等要求能够满足六级能效.它公布的最后日期是，预计将在今年夏天至2013年七月。
External Power Supplies: Efficiency levels for EPS are defined in Table 1. Additionally EPS products would need to be labeled with the Roman Numeral VI. 外部电源：EPS效率水平的定义表1。此外，EPS产品将需要用罗马数字VI标示。
Table 1: Proposed Energy Conservation Standards for Direct Operation External Power Supplies表1：建议直接产能够满足外部电源的能源节约标准单电压输出外部电源能效标准:NameplateOutputPower(Pout)AC-DC,Low-Voltage(<6V)External Power SupplyAC-DC,Basic-VoltageExternal Power Supply Minimum AverageMinimum AverageMaximum Power inMaximum Power inEfficiency in Active ModeEfficiency in Active ModeNo-Load Mode [W]No-Load Mode [W](expressed as a decimal)(expressed as a decimal)输出电压输出电流输入功率50.10.50.34550PASS3.40.872.9580.69531PASS5301500.87PASS555275≤ 0.500≤ 0.210 ≤ 0.100 ≤ 0.100输出电压输出电流输入功率输出功率实际能效效率要求60.855.10.16000PASS15.40.34.620.77219PASS6402400.88PASS650300≤ 0.500 ≤ 0.210 ≤ 0.100 ≤ 0.100 0 to ≤1Watt输出功率实际能效效率要求能效判定输出电压输出电流输入功率输出电压输出电流输入功率输出功率实际能效效率要求> 1 to≤49 Watts输出功率实际能效效率要求能效判定输出电压输出电流输出电压输出电流输入功率输出功率实际能效效率要求≥> 49Watts to≤ 250Watts输入功率输出功率实际能效效率要求≥能效判定输出电压输出电流输入功率输出电压输出电流输入功率输出功率实际能效> 250Watts输出功率实际能效6级能效计算公式
The US Department of Energy has a proposition on the table to move external power adapter
requirements to Level VI efficiency.The final announcement is expected this summer which willgive a very short lead-time to July 2013 requirement date.
美国能源部一致主张，移动外接电源适配器等要求能够满足六级能效.它公布的最后日期是，预计将在今年夏天至2013年七月。
External Power Supplies: Efficiency levels for EPS are defined in Table 1. Additionally EPS products would need to be labeled with the Roman Numeral VI. 外部电源：EPS效率水平的定义表1。此外，EPS产品将需要用罗马数字VI标示。
Table 1: Proposed Energy Conservation Standards for Direct Operation External Power SuppliesWatts
表1：建议直接产能够满足外部电源的能源节约标准效率要求0.875能效判定效率要求PASSAC-AC,Low-Voltage(<6V)External Power Supply0.875PASSAC-AC,Basic-VoltageExternal Power SupplyNameplateMinimum AverageMinimum AverageOutputMaximum Power inMaximum Power inEfficiency in Active ModePowerEfficiency in Active ModeNo-Load Mode [W]No-Load Mode [W](Pout)(expressed as a decimal)(expressed as a decimal) 输出电压输出电流0 to≤ 1Watt输入功率输出功率实际能效效率要求能效判定输出电压输出电流> 1 to≤49 Watts输入功率输出功率实际能效效率要求能效判定输出电压> 49 Watts to ≤250Watts输出电流输入功率输出功率实际能效效率要求≥能效判定输出电压输出电流> 250输入功率50.10.50.34550PASS5150.73623PASS53150.87PASS5.950≤ 0.210 ≤ 0.210 ≤ 0.210 输出电压输出电流输入功率输出功率实际能效效率要求50.10.50.41000PASS121120.82963PASS203600.88PASS1003≤ 0.210 ≤ 0.210 ≤ 0.210 输出电压输出电流输入功率输出功率实际能效效率要求输出电压输出电流输入功率输出功率实际能效效率要求≥输出电压输出电流输入功率6级能效计算公式
The US Department of Energy has a proposition on the table to move external power adapter
requirements to Level VI efficiency.The final announcement is expected this summer which willgive a very short lead-time to July 2013 requirement date.
美国能源部一致主张，移动外接电源适配器等要求能够满足六级能效.它公布的最后日期是，预计将在今年夏天至2013年七月。
External Power Supplies: Efficiency levels for EPS are defined in Table 1. Additionally EPS products would need to be labeled with the Roman Numeral VI. 外部电源：EPS效率水平的定义表1。此外，EPS产品将需要用罗马数字VI标示。
Table 1: Proposed Energy Conservation Standards for Direct Operation External Power Supplies表1：建议直接产能够满足外部电源的能源节约标准≤ 0.500输出功率Watts295实际能效效率要求能效判定输出功率实际能效3000.875PASS≤ 0.500 0.875PASS效率要求Multiple-Voltage External Power Supply (多电压输出外部电源能效标准):Nameplate OutputPower(Pout)Multiple-Voltage External Power Supply Minimum AverageMaximum Power inEfficiency in Active ModeNo-Load Mode [W](expressed as a decimal)输出电压输出电流0 to≤1Watt输入功率输出功率实际能效效率要求能效判定输出电压输出电流> 1 to≤49 Watts输入功率输出功率实际能效效率要求能效判定输出电压输出电流> 49Watts输入功率输出功率实际能效效率要求≥能效判定50.10.50.3155PASS121120.747368PASS203600.86PASS≤ 0.300≤ 0.300≤ 0.300
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