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Research on Effect of Renewable Energy Power Generation on Available Transfer Capability

机译:可再生能源发电对可用输电能力的影响研究

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摘要

Renewable energy power generation could increase the uncertainties of power system with intermittent and stochastic performance, which has significant effect on Available Transfer Capability (ATC). With the rapid development of renewable energy power generation technology as well as the gradual maturity of power market, it has become essential to research the effect specially. The wind generator was simulated by applying the PX model based on the induction generator principle, and the solar power generator was regarded as PQ node. According to the above, the Optimal Power Flow (OPF) model to calculate the ATC was established, which could reflect the characteristics of wind and solar power.The intermittent and stochastic output and load wave, state uncertainty of the system equipment were simulated by applying Monte Carlo simulation. The Differential Evolution algorithm was improved to solve the OPF on ATC. Simulation could be made by improved IEEE118 system involving wind and solar power, the results show that with the algorithm the ATC can be calculated rapidly and accurately, in addition, the influence on ATC can be estimate effectively.
机译:可再生能源发电可能会增加具有间歇性和随机性的电力系统的不确定性,这对可用传输能力(ATC)产生重大影响。随着可再生能源发电技术的飞速发展以及电力市场的逐步成熟,专门研究其效果已成为必不可少的。应用基于感应发电机原理的PX模型对风力发电机进行了仿真,以太阳能发电机为PQ节点。据此,建立了可反映风能和太阳能发电特性的最优潮流计算模型(OPF),并通过应用模拟了系统设备的间歇性和随机性输出,负载波,状态不确定性。蒙特卡洛模拟。改进了差分进化算法以解决ATC上的OPF。通过改进的涉及风能和太阳能的IEEE118系统可以进行仿真,结果表明,该算法可以快速,准确地计算出ATC,并且可以有效地估计对ATC的影响。

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