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首页> 外文期刊>Journal of Modern Power Systems and Clean Energy >Universal generating function based probabilistic production simulation for wind power integrated power systems
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Universal generating function based probabilistic production simulation for wind power integrated power systems

机译：基于通用发电函数的风电集成发电系统概率生产模拟

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摘要

According to the demand of sustainable development and low-carbon electricity, it is important to develop clean resources and optimize scheduling generation mix. Firstly, a novel method for probabilistic production simulation for wind power integrated power systems is proposed based on universal generating function (UGF), which completes the production simulation with the chronological wind power and load demand. Secondly, multiple-period multiple-state wind power model and multiple-state thermal unit power model are adopted, and both thermal power and wind power are coordinately scheduled by the comprehensive cost including economic cost and environmental cost. Furthermore, the accommodation and curtailment of wind power is synergistically considered according to the available regulation capability of conventional generators in operation. Finally, the proposed method is verified and compared with conventional convolution method in the improved IEEE-RTS 79 system.
机译：根据可持续发展和低碳电力的需求，开发清洁资源和优化调度发电组合非常重要。首先，提出了一种基于通用发电函数（UGF）的风电综合发电系统概率生产模拟的新方法，以风电和负荷的时间顺序完成了生产模拟。其次，采用多周期多状态风电模型和多状态火电单元功率模型，通过经济成本和环境成本等综合成本对火电和风电进行协调调度。此外，根据运行中的常规发电机的可用调节能力，协同考虑风能的调节和减少。最后，在改进的IEEE-RTS 79系统中，对提出的方法进行了验证，并与传统的卷积方法进行了比较。

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