Dynamic stability modified IEEE 3 generator 9 bus with 50 MW power injection of generator XY

I. Sulistiawati, Khaikal Mudatsir Rosidin, A. Lomi
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引用次数: 3

Abstract

The existence of new power injection at a system will effect system stability that existed before, so stability analyze was needed to know the system conditioning before and after power injection, and performance system after disturbance, by observe rotor angle, frequency, and voltage. The result of dynamic system show that power injection of Gen XY can supply 0,021 pu at bus 1, 0,001 at bus 2, 0,001 at bus 3, 0,0261 pu at bus 4, 0,0366 pu at bus 5, 0,0186 pu at bus 6, 0,0101 pu at bus 7, 0,0083 pu at bus 8, 0,0061 pu at bus 9. When 3 phase fault during 1–2 second happened, the frequency and rotor angle increasing. When generator XY inject system with 50 MW, the modified IEEE 3 Generator 9 Bus become increase with frequency 60.27 Hz, voltage profile increasing, rotor angle decreased close to normal conditions.
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动态稳定性改进ieee3发电机9总线与50mw发电机XY的功率注入
系统存在新的功率注入会影响系统原有的稳定性,因此需要进行稳定性分析,通过观察转子角度、频率和电压,了解系统在功率注入前后的状态,以及扰动后系统的性能。动态系统的结果表明,XY世代的功率注入可以在总线1处提供0,021普压,在总线2处提供0,001普压,在总线3处提供0,001普压,在总线4处提供0,0261普压,在总线5处提供0,0366普压,在总线6处提供0,0186普压,在总线7处提供0,0101普压,在总线8处提供0,0083普压,在总线9处提供0,0061普压。当1 ~ 2秒发生3相故障时,频率增大,转子角度增大。在50mw的XY发电机注入系统中,改进后的ieee3发电机9母线增加,频率为60.27 Hz,电压分布增大,转子角减小,接近正常状态。
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