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Reliability Evaluation of Power System Expansion Incorporating Wind Energy: A State-of-the-Art Review

机译:电力系统扩展的可靠性评估包含风能:最先进的评论

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With ever-increasing demand for electrical energy day by day, fast depletion in fossil fuels and concern for environment, it is the need of the hour to go for alternative means of generating electrical energy, i.e. renewable energy sources so as to bridge the gap between generation and demand and to reduce the impact of carbon emission by the conventional generation plants on the environment. Solar and wind are becoming a significant portion of renewable generation portfolios. Besides incorporating the non-conventional sources, its impact on the performance, stability and reliability are also the key aspects. This paper presents a state-of-the-art review pertaining to the reliability assessment incorporating wind power generation, modelling of wind generation firms, optimal sizing and location of wind firms. Energy storage system is included to smoothen the unpredictability and uncertain natures of wind generation.
机译:随着日益增长的电气能源需求,化石燃料的快速消耗和对环境的关注,需要一个小时的需要去寻找电能的替代方法,即可再生能源,以便弥合之间的差距生成和要求,并减少常规发电厂对环境的影响。太阳能和风力成为可再生生成组合的重要组合。除了纳入非传统来源外,其对性能,稳定性和可靠性的影响也是关键方面。本文介绍了与融合风力发电,风发电公司建模,风力公司的最佳尺寸和位置的可靠性评估有关的最先进的综述。包括储能系统以使风发电的不可预测性和不确定的自然。

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