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首页> 外文期刊>International Journal of Engineering & Technology >Design of Wind/Diesel Generator Micro-Grid Power System in Kano, Nigeria, Using Homer
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Design of Wind/Diesel Generator Micro-Grid Power System in Kano, Nigeria, Using Homer

机译：使用Homer在尼日利亚卡诺的风力/柴油发电机微电网电源系统设计

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摘要

A micro-grid system has been designed using wind/diesel generators power sources. The system is aimed to cater for the electricity demand of Kwankwasiyya city Kano, Nigeria. The city has about 400 housing units with average daily electricity demand of 10000 kWhr. The project employed the use of homer, a software that performs Hybrid Optimization Model for Electric Renewables. The most appropriate system architecture was chosen from the optimisation result based on the selection factors set (initial investment cost, total electrical production to site primary demand ratio and so on). A system comprising single wind turbine (800 kW), and two generators of 400 kW and 300kW has been selected based on the selection criteria. The electrical output shows that 82% of the total production will be consumed onsite with the remaining would be sold to the grid. The system has a cost of energy value of 0.279 kWh with net present cost of about $11,000,000. The system is economically viable considering the need of reliable power in the region even though, the price of the electricity is higher than what is obtainable from the grid.
机译：使用风力/柴油发电机的电源设计了微电网系统。该系统旨在满足尼日利亚Kanokwasiyya市Kano的电力需求。该市拥有约400个住房单元，平均每日用电量为10000千瓦时。该项目使用homer，该软件执行电力可再生能源的混合优化模型。基于选择因素集（初始投资成本，总电力生产与站点主要需求比率等），从优化结果中选择最合适的系统架构。基于选择标准，已选择了一个包含单个风力涡轮机（800 kW）以及两个400 kW和300kW发电机的系统。电力输出表明，总产量的82％将在现场消耗掉，其余的将出售给电网。该系统的能源价值成本为0.279 kWh，净现值约为1100万美元。考虑到该地区对可靠电力的需求，该系统在经济上是可行的，尽管电力价格高于可从电网获得的价格。

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