Fuel cost minimization with reserve capacity and inter-area flow limit for reliable and cost effective operation of multi microgrids

Chandrasekhar Yammani, Vamsi Krishna Macha
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引用次数: 4

Abstract

Power system is undergoing profound changes such as Distributed Generation, microgrid and then Smart Grid. One of the biggest challenges in it is integration renewable energy sources with conventional DGs for reliable operation of microgrid. An optimization algorithm for reducing total cost considering inter-area power flow limit and reserve capacities is developed and implemented. Power reference points were obtained for each DG with mixed power flow control for cost effective and reliable operation of microgrid. Numerical experiment was performed in MATLAB 2012 using Direct Search Technique.
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基于储备容量和区域间流量限制的燃料成本最小化以实现多微电网的可靠和经济运行
电力系统正经历着分布式发电、微电网、智能电网等深刻变革。其中最大的挑战之一是将可再生能源与传统dg相结合,以实现微电网的可靠运行。提出并实现了一种考虑区域间潮流限制和备用容量的降低总成本的优化算法。为保证微网经济、可靠运行,对各DG进行混合潮流控制,得到各DG的功率参考点。采用直接搜索技术在MATLAB 2012中进行了数值实验。
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