停电期间计划使用可再生能源

Catherine S. Salvador, A. A. L. Manalo
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引用次数: 2

摘要

发电厂的稳定运行是保证日常电力生产的唯一途径。然而,这种操作很容易发生故障,经常导致停电,即所谓的电源故障。这种操作的另一个缺点是它在消耗化石燃料时对环境造成严重污染。为了避免这些问题,本研究通过矩阵实验室(MATLAB)模拟研究了将可再生能源(RESs)整合到菲律宾联合循环发电厂的方法。结果表明,使用菲律宾设置的数据,MATLAB仿真在风力太阳能发电场系统模拟模型产生的功率、电压和电流输出方面获得了90%的可接受程度。这些观察结果证明,在simscape模型中合并和合并的RESs越多,在停电期间用于替代电力损失的能量就越多。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Planned Renewable Energy Usage during Power Outage
Stable power plant operation is the only way to ensure daily production of electricity. However, this operation is highly prone to breakdowns that often lead to a power outage known as a power failure. Another disadvantage of this operation is its significant contribution to environmental pollution in its consumption of fossil fuels. To avoid these problems, this study investigates ways to integrate renewable energy sources (RESs) to a combined-cycle power plant in the Philippines through matrix laboratory (MATLAB) simscape simulations.Results show that MATLAB simulations obtain a 90% level of acceptance in terms of power, voltage, and current outputs generated from the wind solar farm system simscape model with the use of data in the Philippine setting. These observations prove that the more RESs are combined and incorporated in a simscape model, the more energy set to replace power loss during a power outage will be harnessed.
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