首页> 外文会议>ICPEC 2013;International Conference on Power, Energy and Control >PLACEMENT OF STATCOM IN A WIND INTEGRATED POWER SYSTEM FOR IMPROVING THE LOADABILITY
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PLACEMENT OF STATCOM IN A WIND INTEGRATED POWER SYSTEM FOR IMPROVING THE LOADABILITY

机译:安置Statcom在风集成电源系统中,以提高可负载性

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Voltage instability is a major problem that is attracting worldwide interest because of its consequence of voltage collapses. These days' Kerala power system operate closer to their stability limits because of the economic considerations, making large amount of power transfer from long distance and an inadequate supply of reactive power which contribute to system voltage instability that eventually leads to voltage collapse. So the stability margin has to be estimated and to know the loadability of the power system is essential in the real time system for voltage stability assessment. This paper investigates the enhancement of voltage stability using Static Compensator (STATCOM) in a wind integrated Central Travancore wind integrated power system. Wind energy is gaining attention among a variety of renewable energy resources mainly because it is a clean source of energy, renewable and also its running cost and maintenance cost is very less compared to other energy sources. Wind generation requires some device to smoothen the output from a wind turbine and a STATCOM connected to the bus performs this operation along with the property of voltage stability enhancement. The studies made in this paper are done with power system analysis toolbox (PSAT), a powerful toolbox in MATLAB for power system analysis.
机译:由于电压塌陷的后果,电压不稳定性是在全球兴趣引起的主要问题。由于经济的考虑,这些日子喀拉拉邦电力系统更接近其稳定性极限,从长距离进行大量的电力传输,并提供对系统电压不稳定的不充分供应,最终导致电压塌陷。因此,必须估计稳定性边缘,并知道电力系统的可加载性在电压稳定性评估的实时系统中是必不可少的。本文研究了使用静态补偿器(Statcom)在风集成中央Travancore风集成电力系统中的电压稳定性的提高。风能正在引起各种可再生能源的关注,主要是因为它是一种清洁的能量,可再生能源以及其运行成本和维护成本与其他能源相比非常少。风力产生需要一些装置来平滑来自风力涡轮机的输出,并且连接到总线的Statcom执行该操作以及电压稳定性增强的性质。本文提出的研究是用电源系统分析工具箱(PSAT),在MATLAB中强大的工具箱进行了电力系统分析。

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