潮流分析与优化的等值电路程序设计
Equivalent Circuit Programming for Power Flow Analysis and Optimization
摘要：
领域特定的知识建模，仿真和优化的效用已被证明为各种研究问题的领域，包括电力系统。等效电路编程的概念是以前开发的，并促进了网络仿真和优化问题的鲁棒，高效和可扩展的解决方案。本文扩展了等效电路编程的理论基础，使优化理论和算法的融合与数值方法，利用特定领域的知识的潮流模型。所得到的框架的通用性，可扩展性和数值鲁棒性上表现出现实的交流潮流（ACPF）模型高达70k总线与适当的执行行业要求的操作和安全约束。
英文摘要：
The utility of domain-specific knowledge for modeling, simulation, and optimization has been demonstrated for various research problem domains, including power systems. The concept of Equivalent Circuit Programming was previously developed and facilitated for robust, efficient, and scalable solution of network simulation and optimization problems. This paper extends the theoretical foundation of Equivalent Circuit Programming to enable the fusion of optimization theory and algorithms with the numerical methods that utilize the domain-specific knowledge of power flow models. The generality, scalability, and numerical robustness of the resulting framework are demonstrated on realistic AC power flow (ACPF) models of up to 70k buses with proper enforcement of industry-required operational and security constraints.
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