基于电力系统短路的潮流计算方法分析

针对于目前我国的经济飞速的发展,针对电能的要求越来越高,同时各种新型能源发展越为重要,各种新型能源的接入对电网系统的冲击性研究课题事关重大,如何在各种新能源的接入后,在此基础上确保电力供应的安全性,力强要求解决实现整个电网中出现的短路问题、以及发生的大概率短路故障,因一旦未及时的切除短路故障,使整个电力系统可能崩溃,所以研究潮流计算方法越为显的必要,但针对于目前潮流研究方向及策略上,仍有大量的空白领域,主要包括其柔性供电技术及潮流蒙特卡罗模拟两个方面,大多数专家学者一直未放弃对此两方面的深入探索与研究。

In view of the rapid economic development in our country and the higher and higher demand for electric energy, the development of various new energy sources is becoming more and more important, and the access of various new energy sources is of great importance to the research project of the power grid system. How to ensure the security of power supply on the basis of all kinds of new energy requires that the problem of short circuit in the whole power network and the occurrence of large probability short circuit fault be solved. Once the short-circuit fault is not removed in time, the whole power system may collapse, so it is more and more necessary to study the power flow calculation method. However, there are still a lot of blank areas for the current power flow research direction and strategy, which mainly includes its flexible power supply technology and power flow Monte Carlo simula-tion, for which most experts and scholars have not given up their in-depth exploration and research.