农村电气化直流连接光伏/水电混合系统建模

Anuradha, S. Sinha, Akhilendra Yadav
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引用次数: 4

摘要

从农村电气化的角度出发,研究了具有RLC负荷的直流连接光伏/水电混合系统的建模与仿真。将光伏发电系统和微水电系统与电网并网,称为混合能源系统,并与RLC负荷相连接。光伏/水电混合发电系统作为社区的主要电源,主要由该电源提供。与交流连接混合系统相比,混合系统的直流母线互连是为了降低成本和降低现有系统的复杂性。混合动力系统遇到的困难将由电网补偿。它还可以预测天气的不确定性,满足高峰时段的电力需求。所提出的系统将满足电阻、电阻感应和感应(电机)、电容(如果有的话)负载的要求。结果表明,该系统能够有效地向社区供电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling of DC linked PV/hydro hybrid system for rural electrification
Keeping in view electrification of rural area this paper deals with modeling and simulation of DC linked PV/hydro hybrid system interfaced with RLC Load. A PV system and Micro-hydro system is connected in parallel with grid system and this is called Hybrid energy system and is interfaced with RLC Load. PV/hydro hybrid system acting as a dominant source power to the community primarily is supplied by this source. The DC bus of the hybrid system is interlinked for cost reduction and lesser complexity of present system as compared to the AC linked hybrid system. Difficulty found in the hybrid system will be compensated by power grid. It will also anticipate the uncertainty of weather and fulfill the power demand during the peak hours. The resistive, resistive-intuctive and inductive(motor), capacitive (if any) load requirements will be fulfilled by the proposed system. Through results it can be demonstrated that electric power can supplied efficiently to theremcte community with proposed system.
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