Load frequency control of a single area system: An experimental approach: Part-1

Anoop Kumar Mohanta, Ritesh Dash, C. Behera, Priyabrata Behera
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Abstract

Transmission and distribution of power over the tie line depends upon the amount of load connected to it. As the entire power system is a completely non linear network so steady state analysis of the power system is a very difficult task. In order to maintain the system voltage and frequency with that of the change in the loads demand it is require to modify the system suitable controller. If the generation system is considering only one generation unit and one load area it can be treated as a one area network. So for one area network the system frequency can be controlled through the either P or PI controller. This paper tries to identifies the different types of problem occurring in the single area network with their behavior to active and reactive power system.
单区系统负载频率控制:实验方法:第1部分
电力在联络线上的传输和分配取决于与之相连的负载量。由于整个电力系统是一个完全非线性的网络,因此电力系统的稳态分析是一项非常困难的任务。为了保持系统电压和频率随负载需求的变化而变化,需要对系统进行适当的控制器修改。如果发电系统只考虑一个发电机组和一个负荷区域,则可以将其视为一个单区网络。因此,对于一个局域网,系统频率可以通过P或PI控制器进行控制。本文试图识别单网中出现的不同类型的问题及其对有功和无功系统的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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