The maximum capability of absorption (Qmin) and delivery (Qmax) of rea的简体中文翻译

The maximum capability of absorptio

The maximum capability of absorption (Qmin) and delivery (Qmax) of reactive power resulting from the sequence of the above measures and the measures for Q = 0 must be reported in a tabular form showing, for each level of active power output between 0 % and the maximum available discharge power, if required, between 0% and the maximum available charge power, the corresponding level of reactive power consumption (and delivery), expressed both in absolute terms and as a p.u. of the rated power of the converter in terms of cos φ The test is passed according to the conditions expressed herein -storage systems in the installations with overall power up to 11.08 kW: the value of the instantaneous power factor resulting in each of the 5 (or 10) of measurement points is equal to or less than 0.95 both in absorption mode (inductive behavior) that the supply (capacitive behavior) of the reactive power.-storage system in plants with total power greater than 11.08 kW systems: the value of the absorbed reactive power (inductive behavior) and supplied reactive power (capacitive behavior) resulting in each of the 5 (or 10) measurement points is at least equal in absolute value to 48,43% of the rated active power of the converter.The value of the maximum absorbed reactive power (inductive behavior), and supplied (capacitive behavior) recorded in each of the measurement points will be reported in a table similar to Table. 4Ba - capacitive reactive power supply follows, which refers, for example, to the case of the test at full power on a non-integrated storage system. It will then generate tables 3, for the cases of maximum inductive reactive power, maximum capacitive and the behavior with the set-point Q = 0. For each measured point is allowed a maximum deviation of reactive power ΔQ ≤ ± 5% * Sn.
0/5000
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结果 (简体中文) 1: [复制]
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The maximum capability of absorption (Qmin) and delivery (Qmax) of reactive power resulting from the sequence of the above measures and the measures for Q = 0 must be reported in a tabular form showing, for each level of active power output between 0 % and the maximum available discharge power, if required, between 0% and the maximum available charge power, the corresponding level of reactive power consumption (and delivery), expressed both in absolute terms and as a p.u. of the rated power of the converter in terms of cos φ The test is passed according to the conditions expressed herein <br>-storage systems in the installations with overall power up to 11.08 kW: the value of the instantaneous power factor resulting in each of the 5 (or 10) of measurement points is equal to or less than 0.95 both in absorption mode (inductive behavior) that the supply (capacitive behavior) of the reactive power.<br>-storage system in plants with total power greater than 11.08 kW systems: the value of the absorbed reactive power (inductive behavior) and supplied reactive power (capacitive behavior) resulting in each of the 5 (or 10) measurement points is at least equal in absolute value to 48,43% of the rated active power of the converter.<br>记录在每个测量点中的最大吸收无功功率(电感特性)和所提供的(电容特性)的值将在类似于表的表中报告。4Ba-电容无功功率供应,例如,它是指在非集成存储系统上以全功率进行测试的情况。然后,将针对最大感性无功功率,最大容性和设定点Q = 0的行为生成表3。对于每个测量点,允许最大无功功率偏差ΔQ≤±5%* Sn。
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结果 (简体中文) 2:[复制]
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上述措施序列和 Q = 0 的度量产生的无功功率最大吸收能力 (Qmin) 和输送 (Qmax) 必须以表格形式报告,显示每一级有源功率输出在 0% 和最大可用放电功率之间(如果需要),在 0% 和最大可用电荷功率之间,相应的无功功率消耗(和输送),以绝对值和转换器额定功率的 p.u. 表示 ( cos = 测试根据此处表示的条件通过<br>-总功率高达 11.08 kW 的装置中的存储系统:瞬时功率因数导致 5 个(或 10 个)测量点中每个测量点的值等于或小于 0.95,均等于或小于 0.95,均在吸收模式下(电感行为),即无功功率的电源(电容行为)。<br>-总功率大于 11.08 kW 的工厂的存储系统:吸收的无功功率(电感行为)和提供无功功率(电容行为)的值,导致 5 个(或 10 个)测量点中每个测量点的绝对值至少等于转换器额定有源功率的 48.43%。<br>在每个测量点中记录的最大吸收无功功率(电感行为)和提供的(电容行为)的值将在类似于表的表中报告。4Ba - 电容式无功电源如下,例如,它指的是非集成存储系统全功率测试的情况。然后,它将生成表 3,用于最大电感无功功率、最大电容和设定点 Q = 0 的行为。对于每个测量点,允许无功功率 =Q = 5%* Sn 的最大偏差。
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结果 (简体中文) 3:[复制]
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必须以表格形式报告由上述措施的顺序产生的无功功率的最大吸收能力(Qmin)和输送能力(Qmax)Q=0,显示在0%和最大可用放电功率之间的每一级有功功率输出(如需要),在0%和最大可用充电功率之间,相应的无功功率消耗水平(和输送量),以绝对值表示,并以变流器额定功率的p.u表示(以cosφ表示)。根据本文所述的条件,试验通过<br>-总功率高达11.08 kW的装置中的存储系统:在无功功率供应(电容行为)的吸收模式(感性行为)下,产生5个(或10个)测量点的瞬时功率因数值均等于或小于0.95。<br>-总功率大于11.08 kW系统的电厂中的存储系统:5个(或10个)测量点的吸收无功功率(感性行为)和供应无功功率(电容行为)的绝对值至少等于变流器额定有功功率的48.43%。<br>每个测量点记录的最大吸收无功功率(感性行为)和供电(电容行为)值将在类似于表的表格中报告。4Ba—电容无功电源如下,例如,指的是在非集成存储系统上以满功率进行测试的情况。然后,它将生成表3,针对最大感应无功功率、最大电容和设定点Q=0的行为。对于每个测量点,允许无功功率ΔQ≤±5%*Sn的最大偏差。<br>
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