介绍了一种基于图形界面的电力系统短路计算软件。
In this paper, a graphic interface based software for the short circuit current calculation of power system is introduced.
描述了一种大规模联合电力系统短路电流计算的并行处理技术。
It describes a parallel analysis technique of short circuit current calculation for large scale united power syStem.
之后，结合环形供电网络的特点，给出了二节点和三节点以上环形电力系统短路电流的实用计算方法。
And then, according to the features of the looped power supply network, the paper educes the applied calculating methods of two-node power system and more-than-three-node power system respectively.
另外电力系统短路实验台是我校“211”工程建设项目——电力系统动态模拟实验室的重要组成部分。
The power system short circuit test bench is the important part of the dynamic simulation lab which is one of the "211" project items of our university.
目前计算电力系统任意时刻短路电流一般仍沿用传统的运算曲线法，既耗费用户过多的精力，又使计算结果有较大的误差。
The traditional operational curve-based method for instantaneous short circuit currents of power systems is still commonly used, which takes much labor with lower accurate results.
本文主要论述了电力系统中母线上发生三相对称短路时，其动稳定和热稳定的校验问题。
This paper discusses the short-circuit verifying of wires in dynamic stability and heat withstand while the wires are chosen in the design of power system.
获取准确的短路故障电流分布是电力系统电磁兼容的重要内容之一。
Solving the fault current distribution is one of the most important tasks in the research of electromagnetic compatibility in power system.
本文的研讨工尴尬刁难于追求合理办法停止电力系统适用短路电流计较具有必然的自创意义。
This research work for a reasonable method for power system of short-circuit current calculation has certain practical significance.
《电力系统分析综合程序》（PSASP）中的短路计算模块（SC），是我国电力系统广泛采用的短路计算程序。
Short-Circuit module(SC) in Power System Analysis Software Package(PSASP) is one of the most widely used programs for the calculating of short-circuit in China.
电力系统课程设计之短路电流的计算，对电力专业的人有很大帮助。
Curriculum design of power system short-circuit current calculation, the power of professional people who are very helpful.
提出了计算电力系统任意时刻分支短路电流的计算模型，并通过实例验证了算法的正确性。
Also, a calculation model for instantaneous branch current is proposed, and is verified by examples. yang qingyun(Power System and Its Automation) Directed by prof.
对并联型电力有源滤波器(APF)在电力系统发生各种短路故障时的行为进行了分析，得出了在系统发生故障期间APF会发生过流现象的结论。
For short - circuit faults occurring in power systems, the behavior of shunt active power filter APF is analyzed. It is concluded that the overcurrent phenomena will happen during the fault period.
最后进行了电力系统优化规划计算，实践证明采用该模型的计算结果能够综合考虑系统短路电流的问题，从而使规划方案更为科学合理。
The examples of the transmission planning indicates that the model this paper proposed can think over the short-circuit current of the power system, so that the planning result can be more reasonable.
为了解决舰船电力系统主网多电站短路电流的计算，根据其直流网状网络的特点，给出了一种有效的短路电流计算法。
According to the characteristics of naval DC meshy network, a simple and effective short current calculation method is given.
电力系统的容量和短路电流越来越大，相应的对系统的稳定性和断路器的开断能力等提出了更高的要求。
As the power systems expand, the fault currents would be increase to exceed the instantaneous capacity and the interrupting capabilities of the existing circuit breakers.
电力系统的容量和短路电流越来越大，相应的对系统的稳定性和断路器的开断能力等提出了更高的要求。
As the power systems expand, the fault currents would be increase to exceed the instantaneous capacity and the interrupting capabilities of the existing circuit breakers.
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