混合动力电站是基于径流的

A. T. Hussain, S. Mahmood
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引用次数: 3

摘要

电力系统设计人员面临的最大挑战是关键站点的电力系统设置过程。本文提出了一种基于独特方法的系统模型。提出的想法是通过创建所谓的“人造瀑布系统”来确定的。瀑布是一种让水从高处流下的现象。提出这一想法是为了将其应用于伊拉克的一个特定的关键地点,该地点由Altun-Kopru镇确定,因为该提议的地点受到损害,以满足瀑布现象的概念,并且由于一些居住村庄需要电力。流经Altun-Kopru的河水被提议通过一条水道,以便落在拟议村庄分配的“运行olì河”水力涡轮机上。此外,还研究了水轮机的考虑因素,以展示这些考虑因素对水轮机模型的单独影响以及对水电和太阳能系统确定的混合系统的影响。最后,设计了一种新的水箱控制系统,通过将水箱内的水保持在最高水位来控制水流量比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid power station act based on run off river
The greatest challenge that can be faced by power system designers is the setup process of power systems in critical sites. In the paper, a new kind of system models based a unique methodology is proposed. The proposed idea is identified by creating what is called “Human Made Waterfall System”. The waterfall is the phenomenon that allows the water to be streaming down from highest places. This idea was proposed in order to be applied on a specific critical site in Iraq identified by Altun-Kopru town due to the impairment the lead the proposed location to satisfy waterfall phenomenon concept and due to the necessity for electricity in some of the residential villages. The water of the river that streams throughout Altun-Kopru is proposed to be passed through a water channel in order to be falling on a “run olì river” hydro turbine allocated in the proposed village. In addition, the hydro turbine considerations were studied, to exhibit the impact of such considerations on both a hydro turbine model individually and on a hybrid system identified by hydro and solar system. Finally, a novel tank control system is designed in order to dominate water flow ratio by retaining tank water in a highest level.
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