CAREER: Nonlinear Analyses and Robust Control of Interactive Power Networks

职业：交互式电力网络的非线性分析和鲁棒控制

• 批准号: 0239131
• 负责人: Sudip Mazumder
• 金额: $ 40万
• 依托单位: University of Illinois at Chicago
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2003
• 资助国家: 美国
• 起止时间: 2003-02-01 至 2009-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0239131&HistoricalAwards=false
• 关键词: CAREER; Nonlinear; Analyses; Robust; Control

Reliable interactive power networks (IPN), with applications ranging from FACTS and distributed power generation to naval ships and telecommunications, constitute one of the pillars of foundation of our socio-economic progress and security. IPN are characterized by hybrid dynamics, nonlinearities, multi-dimensionalities, and multiple time scales. Conventional approaches to modeling, analysis, and control of IPN using smooth averaged models are not always adequate and in many cases yield inaccurate results.This proposal addresses these inadequacies and has four objectives: (a) develop a theoretical underpinning of IPN to realize a unified hybrid-modeling framework (UHMF); (b) nonlinear analyses of IPN using the UHMF to predict instabilities (leading to failures) due to complex inter- and intra-network interactions, hybrid dynamics, parametric variations, and disturbance propagations; (c) develop robust hybrid controllers (beyond the realm of traditional feedback control) in an optimal and anticipatory framework to stabilize the dynamics of the IPN in the presence of destabilizing influences and identify impending and incipient failures by establishing thresholds for instabilities; and (d) develop efficient and robust algorithms to analyze the dynamics of IPN, validate the predictions of nonlinear analyses and the effectiveness of control using existing off- and on-line simulations on virtual test beds, ultimately leading to experimental verifications on a scaled prototype. On a broader note, the proposed work will promote integration of research and education, dissemination of knowledge for enhanced technical and scientific understanding, focused industry-university collaborations, cross-disciplinary growth, student and faculty involvement at local and national levels, and participation of students from under-represented and minority groups.

可靠的互动电力网络（IPN），其应用范围从FACTS和分布式发电到海军船舶和电信，构成了我们社会经济进步和安全基础的支柱之一。互穿网络具有混合动力学、非线性、多维性和多时间尺度等特点。针对传统的基于光滑平均模型的IPN建模、分析和控制方法存在的不足，提出了一种基于光滑平均模型的IPN建模、分析和控制方法，该方法具有四个目标：（a）建立IPN的理论基础，实现统一的混合建模框架（UHMF）;（B）使用UHMF预测不稳定性的IPN的非线性分析（导致故障）由于复杂的网络间和网络内的相互作用，混合动力学，参数变化和干扰传播;（c）发展稳健的混合控制器（超出传统反馈控制的范围）在最佳和预期的框架中，以在存在不稳定影响的情况下稳定IPN的动态，并通过建立不稳定性的阈值来识别即将发生的和初期的故障;以及（d）开发有效和鲁棒的算法来分析IPN的动态，验证非线性分析的预测和控制的有效性，使用现有的离线和在线模拟的虚拟试验台，最终导致实验验证的规模原型。从更广泛的角度来看，拟议的工作将促进研究和教育的整合，传播知识以增强技术和科学的理解，重点行业-大学合作，跨学科发展，学生和教师在地方和国家层面的参与，以及来自代表性不足和少数群体的学生的参与。