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Modelingand simulation of a village system controller: A micro grid perspective

机译:乡村系统控制器的建模和仿真:微电网的角度

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Energy efficiency and reliability are big concerns in existing power systems. There are a variety of losses during transmission and distribution of electricity. In this paper we employ the concept of micro-grids which are scaled-down versions of the centralized electricity system for modeling and implementation ofa model village system. To control a model village system, three controllers are implemented on a micro grid system. A distribution grid station present in rural area is first converted into micro grids and then three controllers i.e. home control unit, village control unit and inter-village control unit are implemented on it. Home control unit regulates and controls the model home operations. Village control unit regulates the power flow of model homes and distributed energy resource using bidding technique for non-critical loads. Similarly, the inter-village control unit will regulate power sharing between different model villages using game theoretic techniques so that the cost function consisting of cost of fuel and line losses is minimized.
机译:能源效率和可靠性是现有电源系统中的主要问题。在输电和配电过程中会发生各种损耗。在本文中,我们采用微电网的概念,它是集中式电力系统的缩小版本,用于模型村系统的建模和实施。为了控制模型村系统,在微电网系统上实现了三个控制器。首先将农村地区的配电网站转换为微电网,然后在其上实现三个控制器,即家庭控制单元,乡村控制单元和村庄间控制单元。家庭控制单元调节和控制模型家庭操作。乡村控制单元使用招标技术对非关键负荷进行调节,以调节样板房的潮流和分布式能源。同样,村庄间控制单元将使用博弈论技术来调节不同模型村庄之间的功率分配,从而使由燃料成本和线路损失组成的成本函数最小化。

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