Research on Intelligent Business Collaboration System of Computer Cloud and Edge Computing

Wenpan Liu, Lei Wen, Y. Li
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Abstract

Affected by repeated discharges, the frequency modulation control deviation and voltage fundamental frequency fluctuate greatly in each area of the power system. For this reason, a power system coordinated control method based on source-grid-load-storage optimization is proposed. The model gives full play to the effect of frequency regulation to excavate the system's operational synergy ability to absorb uncertainty at the decision-making level, and effectively considers the unit's backup response process, so as to clarify for whom the backup is prepared, and to achieve a friendly connection between scheduling and control. The comparative analysis of the simulation results and the results of other solving methods shows that the algorithm can effectively take into account the global convergence and the diversity of Pareto non-inferior scheduling schemes, and has high efficiency and robustness.
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计算机云和边缘计算智能业务协同系统研究
受反复放电的影响,电力系统各区域的调频控制偏差和电压基频波动较大。为此,提出了一种基于源-网-负荷-存储优化的电力系统协调控制方法。该模型充分发挥频率调节的作用,挖掘系统在决策层面吸收不确定性的运行协同能力,有效考虑机组的后备响应过程,明确后备是为谁准备的,实现调度与控制的友好连接。仿真结果与其他求解方法的结果对比分析表明,该算法能有效地考虑Pareto非劣调度方案的全局收敛性和多样性,具有较高的效率和鲁棒性。
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