Study on the Demand-Side Response Characteristics of the Flexibility Adjustment Ability of the Grid Side

Z. Wang, Qi Li, Yu Li, Kai Bai, Miao Liu, Tianxiao Huang
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引用次数: 0

Abstract

A power system is a recognized complex network system. The simulation process of power system production simulation is a complex physical system accurate solution process, and conventional analytical methods are difficult to effectively achieve simulation goals. Therefore, complex system modeling and simulation methods must be adopted to achieve objective simulation of the operation of the power system. This paper applies the production simulation technology to the scale assessment of flexibility demand, clarifies the technical principle of the production simulation simulator, optimizes the production simulation model, proposes the unit combination and economic dispatch considering safety constraints, and finally builds the production simulation model of the Beijing-Tianjin-Tangshan power grid, and finally builds the production simulation model of the Beijing-Tianjin-Tangshan power grid based on the simulation data in 2021, and conducts 8760 hours of production simulation time series simulation for the whole year of 2025. It provides theoretical guidance and technical support for the research of demand-side regulation ability.
电网侧柔性调节能力的需求侧响应特征研究
电力系统是公认的复杂网络系统。电力系统生产仿真的仿真过程是一个复杂物理系统的精确求解过程,传统的分析方法难以有效地实现仿真目标。因此,必须采用复杂的系统建模和仿真方法来实现对电力系统运行的客观仿真。本文将生产仿真技术应用于柔性需求规模评估,阐明了生产仿真模拟器的技术原理,优化了生产仿真模型,提出了考虑安全约束的机组组合和经济调度,最终构建了京津唐电网的生产仿真模型。最后基于仿真数据建立了京津唐电网2021年的生产仿真模型,并进行了2025年全年8760小时的生产仿真时间序列仿真。为需求侧调控能力研究提供理论指导和技术支撑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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