1) tc connector
变矩器接头
2) converter charge pressure tap
变矩器加注压力分接头
3) converter outlet relief valve tap
变矩器出口安全阀分接头
4) Indirect Matrix Converter
间接矩阵变换器
1.
Indirect Matrix Converter Based Investigations of Field-Oriented Control for Induction Motor;
基于间接矩阵变换器的感应电机矢量控制的研究
2.
In view of indirect matrix converter control requirements,an indirect matrix converter device based on FPGA(field programmable gate array) is developed.
针对间接矩阵变换器的控制要求,提出了一种基于FPGA(现场可编程门阵列)的间接矩阵变换器的实现方法,开发了一套间接矩阵变换器装置,并以实验数据证明了该装置的有效性。
5) transformer tap
变压器分接头
1.
This paper,starting from the point of ensuring the normal operation of electrical equipment at the end of the power system and the operations under the maximum load and the minimum load in the system,analyzes the reasonable options of the transformer tap in theory and illustrates calculation method,and then summarizes and verifies the voltage level after the selection.
本文以保证电力系统末端用电设备的正常工作为出发点,针对系统在最大负荷和最小负荷的两种运行情况,从理论上分析和探讨了变压器分接头的合理选择方法,并用示例进行了计算方法的说明,对选择后的电压水平进行了总结和验证。
2.
cotrol of transformer tap using the artificial neural network.
本文提出了一种利用人工神经元网络实时控制变压器分接头的新方法。
6) load tap changer
变压器分接头
1.
A fuzzy linear programming method based on SCADA and used for the combined control of load tap changer and switching over shunt capacitors bank is proposed, to solve the real time vol/var control problem in a distribution substation.
提出一种基于 SCADA的综合控制变压器分接头和并联电容器组的模糊线性规划方法 ,进行配电站电压无功实时监控。
2.
In this paper a fuzzy linear programming method used for the combined control of load tap changer and switching-over shunt capacitors bank is proposed, to solve the real time vol/var control in a distribution substation.
本文提出了一种综合控制变压器分接头和并联电容器组的模糊线性规划方法,进行配电站电压无功实时监控。
3.
Having the ways of capacitor switching and LTC (load tap changer) changing, a fuzzy linear program.
调控策略上，本系统综合升、降变压器分接头和投、切电容器这两种调控手段，采用了计及多因数的模糊线性规划法来研究基于DSP(TMS320F240)的变电站电压、无功的实时控制。
补充资料：变换器式功率因数表(见变换器式电表)
变换器式功率因数表(见变换器式电表)
transducer type power factor meter
b lanhuonq一sh一gongl口y一nshub(ao变换器式功率因数表(transdueer type powerfaetor meter)见变换器式电表。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条