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Autonomous decentralized control of preserving-type distributed energy system

机译:保存型分布式能源系统的自主分散控制

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This paper presents construction of a new power system to deal with the issue of electricity shortage improvement. In this new power system, a concept of waterway distribution system called “motase” is applied to electrical power grid. Micro grid is constructed from group of “cells” in which each “cell” is limited to a local area in supplying power generation for local consumption. In this paper, the analysis is conducted on two cases; using a micro grid consisting of one cell and micro grid with two interconnected cells. Micro grid model consisting of 2 cells is analyzed for its power interchange characteristics. The power interchange characteristics through a DC line are studied when one of the two cells encounters power shortage. It can be shown that a stable power can be supplied with sufficient power quality even though the local areas do not have precision equipment.
机译:本文提出了一种新的电力系统,以解决电力短缺问题。在这种新的电力系统中,水道分配系统的概念被称为“动因”,被应用到电网中。微电网是由一组“单元”构成的,其中,每个“单元”在为当地用户供电时都限于一个局部区域。本文对两种情况进行了分析。使用由一个单元组成的微网格和具有两个互连单元的微网格。分析了由2个单元组成的微电网模型的功率交换特性。当两个电池之一遇到电力短缺时,研究通过直流线路的电力交换特性。可以证明,即使局部地区没有精密设备,也可以提供稳定的电源和足够的电能质量。

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