论文部分内容阅读
柔性直流输电工程用电容器是柔直工程的关键组成部分,为柔直系统提供直流电压支撑,决定了直流侧的电压波动范围.本文介绍了模块化多电平换流器中子模块电容和两电平换流器中直流侧电容的电容参数设计方法及影响因素,对比分析发现两者电容值的选取存在等效关系.
柔性直流输电工程用电容参数研究
【摘 要】
：
柔性直流输电工程用电容器是柔直工程的关键组成部分,为柔直系统提供直流电压支撑,决定了直流侧的电压波动范围.本文介绍了模块化多电平换流器中子模块电容和两电平换流器中
【机 构】
：
华中科技大学电气与电子工程学院,武汉 430074华中科技大学强电磁工程与新技术国家重点实验室,武汉 430074;华中科技大学强电磁工程与新技术国家重点实验室,武汉 430074;华中科技大学脉冲功
【出 处】
：
电力电容器与无功补偿
【发表日期】
：
2020年1期
其他文献
Although there have been many imple-mentations of Global navigation satellite system (GNSS) in rail transport systems, the integrity assurance of GNSS positioni
Robust Semi-nonnegative Matrix Factorization with Adaptive Graph Regularization for Gene Representat
Various data representation algorithms have been proposed for gene expression. There are some shortcomings in traditional gene expression methods, such as leing
According to the segmented current steering Digital-to-analog converter (DAC), the influence of current mismatch and output impedance of the current array on th
Discovering the hot topic among trends is an essential way to manage public opinion. But the dynamic property makes it a tough task as the existing methods of d
为了说明在外部稳态不对称情况下,阻尼绕组和阻尼槽楔对同步隐极发电机励磁绕组恒定电磁转矩和二次谐波电磁转矩的影响.首先,在同步隐极发电机正序等效电路和负序等效电路以
GNSS (Global navigation satellite system) has shown its ability on the non-safety relevant applications in various applications. In railway domain, safety is th
State Machine with Tracking Tree and Traffc Allocation Scheme Based on Cumulative Entropy for Satell
Satellite network is regarded as an important component of 5th Generation (5G). New deployment scenarios have been designed in form of satellite network fused 5
To address the problem of a reduced effciency due to an increase of the search space, it has been proposed that priors could be added as constraints to the OS+a
The real-time collection of bus passenger object detection is an essential part of developing a smart bus system. The difficulty of object detection mainly lies in the objective factors, such as: clot
换流站无功补偿是保证交直流系统正常运行的重要手段.文中研究了宝鸡换流站的无功功率平衡以及换流阀无功功率消耗的机理与计算方法,分析了该换流站在目前的“750 kV固定高抗