- 更多网络例句与有功分量相关的网络例句 [注：此内容来源于网络，仅供参考]
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Transmitted power control in a line is achieved injecting or absorbing real power in one bus, in order to compensate the transmitted power oscillating component in a line.
为了补偿线路所传送功率的振荡分量，线路所传送功率的控制是通过向线线发出或吸收线线的有功来进行的。
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Transmitted power control in a line is achieved inject ing or absorbing real power in one bus, in order to compensate the transmitted power oscillating component in a line.
为了补偿线路所传送功率的振荡分量，线路所传送功率的控制是通过向线线发出或吸收线线的有功来进行的。
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From the perspective of minimum transmission losses, an instantaneous reactive power theory for systems with any number of phases and with or without neutral line is developed. Under the new definition, each quantity has its own physical meaning, and the zero sequence current can be decomposed into active and reactive components. Furthermore, a generalized compensation method for zero sequence current is developed.
从输电损耗最小的角度出发，提出了任意相无中性线或有中性线系统的瞬时无功功率理论，在新的理论下，每个量都有清晰的物理意义，且能分解出零序电流的有功分量和无功分量，并给出了通用的零序电流补偿方法，揭示了瞬时无功功率理论与传统平均意义下的无功功率理论的联系及本质区别，从而为研究HVDC-VSC及各种FACTS装置的无功功率控制奠定了理论基础。
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We choose the TMS320VC5402, digital signal processor, as the computing unit, filtering the sampled signal, truncating the harmonic whose frequence greater than 2500hz, then we use the window-interpolation FFT algorithm to get the refined frequence, amplitude, phase of harmonic in sampled voltage and current, other parameter such as harmonic ratio, active power, reactive power, power factor, three-phase unbalance can be also computed base one the result of window-interpolation FFT.
选用TMS320VC5402高速数字信号处理器作为运算单元，先对采样信号进行数字滤波，去除50次以上谐波分量，然后应用加窗双峰插值FFT算法计算电压电流的各次谐波频率、幅值和相位，以及谐波含有率、有功功率、无功功率、三相不平衡度等各项电能指标，同时利用锁相环电路硬件跟踪电网频率以减小采样失步度。
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Converting the three-phase current coordinate by d-q transformation,picking out the fundamental active component,then the harmonic and reactive component was detected.
通过d-q变换对三相电流进行坐标变换，提取其基波有功分量，从而检测出其谐波与无功分量。
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The technique made full use of the characteristic of PR controller which can realize zero steady-state error in AC input signal in stationary frame. In the method, the active and reactive current component in the vector control strategy were transformed in the stationary frame to achieve the objective of keeping the DC-link voltage constant, adjusting the power factor and decoupling the active and reactive power. Compared with conventional double close-loop proportional integral controller, the PR technique is better in harmonic compensation without the complex rotating frame transformation and the couple or feedback voltage which is easily influenced by temperature and circuit parameters. The control algorithm is easy to be realized while the robustness and power quality is improved.
该方法充分利用了PR控制器能够在静止坐标系下对交流输入信号无静差控制的优势，将矢量控制策略下的有功电流和无功电流分量转换到静止坐标系下进行调节，实现网侧变换器维持直流电压稳定和调节功率因数的控制任务和双馈电机有功、无功功率的解耦控制，与传统的双闭环PI控制相比，该策略无需繁琐的坐标旋转变换，不存在受温度及电路参数影响的耦合项和前馈补偿项，且易于实现对系统低次谐波电流的补偿，减小了控制算法实现难度，提高了控制系统的鲁棒性和电网电能质量。
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The topic research, standard device for resistive current tester for zinc oxide surge arrester, can be used for calibration for resistive current tester for zinc oxide surge arrester. The equip functions involve: total current, resistive component of current, capacitance component of current, active power, reference voltage, phase angle, harmonic component of current.
课题研制的氧化锌避雷器阻性电流测试仪标准装置可用于开展氧化锌避雷器阻性电流测试仪的校准工作，项目涉及：全电流、阻性电流、容性电流、有功功率、参比电压、相位角、各次谐波电流分量。
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Firstly, harmonic detection method using ip,iq algorithm, which is based on the instantaneous power theory proposed by H.Akagi, is introduced briefly and is extended to detect positive or negative sequence of arbitrary order harmonic in single-phase system, three-phase three-wire system or three-phase four-wire system.
首先，本文简要介绍了基于瞬时功率理论的谐波电流检测方法——i_p，i_q算法，并将之推广应用于单相系统、三相三线制系统和三相四线制系统中任意次数谐波的正序、负序有功、无功分量的检测，大大拓宽了该优良瞬时谐波检测算法的应用范围。
- 更多网络解释与有功分量相关的网络解释 [注：此内容来源于网络，仅供参考]
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active communication satellite：有源通信卫星
active commerce 自己拥有船只的商业 | active communication satellite 有源通信卫星 | active component 有功分量
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reactive component：无功分量
active component 有功分量 | reactive component 无功分量 | electromagnetic torque 电磁转矩
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active in respect to：相对....呈阻
active component 有功分量 | active in respect to 相对....呈阻* | actuate 激励,驱动
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real page number：实际页面号,实页号
real overshoot 实超调量 | real page number 实际页面号,实页号 | real part [复数的]实部,实数部分,有功分量=>実部
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real part：同上
real part [复数的]实部,实数部分,有功分量 | real-part 同上 | real part condition 实部条件
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real part：[复数的]实部,实数部分,有功分量
real overshoot 实超调量 | real part [复数的]实部,实数部分,有功分量 | real part condition 实部条件
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resistive component：电阻分量,有功分量
resistance thermometer 電阻溫度計 | resistive component 電阻分量,有功分量 | resistivity 電阻率
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wattless component：无功分量
wattful 有功的 | wattless component 无功分量 | wattless current 无功电流
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energy component：有功分量
earthquake resisting component 抗震部件 | energy component 有功分量 | factory-made component 工厂预制构件
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energy component：有功部分,有功分量
1431. energy charge ==> 电费 | 1432. energy component ==> 有功部分,有功分量 | 1433. energy conservation ==> 能量守恒,节能