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Performance analysis of the current summation law in wind generation

机译:现行风力发电求和律的性能分析

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Sources of alternative energy are gaining space in the worldwide electric energy sector at an ever-increasing rate, and especially in Brazil, where wind energy has been hitting new records of MW of generation. As already known, this source of energy possesses non-linear characteristics, which therefore means it is a potential generator of harmonic disturbances. In this manner, a clear procedure for the estimation of harmonic current values at the coupling point of unit generators becomes necessary. The summation law is widely used for calculating the harmonic current at the network connection point with renewable generation. The summation is performed for each harmonic order of the currents arising from the individual wind turbines. In the present study, the procedure for current summation will be applied to a wind farm case study.
机译:替代能源的来源正在全球范围内以不断增加的速度增长,特别是在巴西,那里的风能已经创下了兆瓦发电的新记录。众所周知,这种能量源具有非线性特性,因此意味着它是谐波干扰的潜在发生器。以这种方式,需要用于在单元发电机的耦合点处估计谐波电流值的清晰程序。求和律被广泛用于计算可再生发电网络连接点的谐波电流。对于由各个风力涡轮机产生的电流的每个谐波阶次执行求和。在本研究中,当前求和的过程将应用于风电场案例研究。

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