水泵应用中无电池能源自主混合动力系统的最佳尺寸

2020 International Youth Conference on Radio Electronics, Electrical and Power Engineering (REEPE) Pub Date : 2020-03-01 DOI:10.1109/REEPE49198.2020.9059171

Hegazy Rezk, Omer M. Abdalla, M. Tolba, M. Zaky

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引用次数: 2

摘要

本研究的主要目标是研究无电池光伏/风力发电机自主混合动力系统(PV/ WTG - AHPS)的技术经济性能指标，应用于灌溉系统抽水地下水。数据分析采用HOMER软件包。对大量的数据样本进行了彻底的调查，以选择最佳的总体配置，同时考虑到最低的净能源成本和统一的能源成本。对埃及阿尔米尼亚市的一个试点孤立农业项目进行了个案研究。研究结果似乎很好地证实了以下结论，即PV/WTG-AHPS与27千瓦光伏阵列、10千瓦风力发电机、14千瓦功率变流器和450立方米存储水箱的建议组合被发现是15千瓦峰值交流潜水泵的最佳系统配置，平均负载需求为110千瓦时/天。

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Optimum Size of Battery-less Energy Sources Autonomous Hybrid Power System for Water Pumping Applications

The main target of this research is to study the techno-economic performance indicators of a battery-less photovoltaic/ wind turbine generator autonomous hybrid power system (PV/ WTG - AHPS), applied irrigation system to pump underground water. HOMER software package is used in the data analysis. A numerous amount of data samples were thoroughly investigated to choose the best overall configuration, with respect to the least net and flat rate of energy cost. A case study was undertaken on a pilot isolated agricultural project in Alminia city in Egypt. The findings appear to be well substantiated and supportive to the conclusion that the suggested combination of the PV/WTG-AHPS with 27 kW of PV arrays, 10 kW rating of a wind turbine generator, 14 kW sized power converters and 450 m3 storage water tank was found to be the most optimal system configuration for 15 kW peak AC submersible pump with average 110 kWh/day load demand.

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来源期刊

2020 International Youth Conference on Radio Electronics, Electrical and Power Engineering (REEPE)

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