恒负荷分布下混合动力系统优化结果随位置变化的变化

M. Rao, V. Chaitanya, G. A. Kumar
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引用次数: 1

摘要

混合电力系统是一种将各种可再生能源系统与不可再生能源系统相互连接以满足负荷需求的电力系统。太阳能和风能等可再生能源系统可以利用太阳辐射和风速等自然输入产生大量电力,但问题是如何选择它们的额定值和数量。因此,优化过程是为了获得适当的尺寸和数量的各个部件。本文利用HOMER软件对印度一个村庄的负荷剖面进行了优化研究,并比较了固定负荷剖面优化结果随地点变化的变化情况。本文还研究了并网系统的一个特例。
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Variation of Optimization results of a Hybrid Power System by the change of locations for a constant load profile
Hybrid power system is one which meets the load demand by interconnecting the various renewable energy systems with the nonrenewable energy systems. Renewable energy systems such as solar and wind generates good amount of electric power with the availability of natural inputs such as solar irradiation and wind speed but the problem is choosing of their rating and quantity. Hence optimization is the process carried out for getting proper size of the various components and their quantity. In this paper optimization studies for a village load profile is carried out by using HOMER software and also makes a comparison on variation of optimization results for a fixed load profile with the change of locations in India. A special case study of system connected to the grid is also studied.
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