涉及实时仿真技术的智能电网研究和发展

OPAL-RT

Abstract
This paper discusses the various aspects involving the research and development of smart grids. Discussed are applications going from large grid renewable integration, systems to micro-grids. Load scheduling and power balance, communications issues, understanding customer behavior, large area protection, distribution control are only some aspects of the challenge of making power grids more robust, more intelligent. The potential complexity of such smart grids requires careful study and analysis before actual realization. This paper explains how such challenges are addressed using real-time simulation technologies in different laboratories around the world.
/ q) z5 g* m1 p这篇论文探讨了有关智能电网研究和发展的不同方面。大电网的可持续整合，系统及微电网等应用在文中均有提及。负载调度，通信问题，理解客户行为，大区域保护，分配控制等只是将电网建造得更加耐用，更加智能的几个方面。智能电网的潜在复杂性要求实际建造前的细致研究和分析。这篇论文解释了这些挑战是怎样通过实时仿真技术在全世界的实验室中被解决的
. }- y$ f- C: \0 a( W6 S IEEESmartGrid_Portugues_FinalFinal.rar (1.46 MB, 下载次数: 0)

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