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Wind-powered electric water-pumping system installed in a remote location

机译:安装在偏远地区的风力电动抽水系统

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In December 1996, the country's first wind-powered, electric water-pumping system was successfully installed at the Ministry of Water Resources (MWR) Heelat Ar Rakah Camp, a remote location some 900 kilometres south of Muscat, the capital city of Oman. A weather-monitoring station comprising temperature, wind speed/direction, humidity and barometric pressure equipment was also installed to investigate the relationship between weather conditions and power output. Both systems are still in operation and are providing valuable data for analysis. This paper investigates the pump's output at different wind speeds and monthly water output against average wind velocity and compares the results with the design output values provided by the system manufacturer. Problems encountered in meeting the irrigation requirements at the camp during periods of low wind are discussed and solutions proposed. The potential of utilizing surplus energy generated during periods of high wind is under investigation. The paper concludes by assessing and analysing the role of wind power amongst other renewable energy sources, in the abstraction and desalination of groundwater supplies.
机译:1996年12月,该国第一个风力发电电动抽水系统成功安装在水资源部Heelat Ar Rakah营地,该地位于阿曼首府马斯喀特以南900公里的偏远地区。还安装了一个由温度,风速/方向,湿度和气压设备组成的天气监测站,以研究天气状况与功率输出之间的关系。这两个系统仍在运行,并且正在提供有价值的数据进行分析。本文研究了在不同风速下的泵的输出功率以及月平均出水量与平均风速的关系,并将结果与​​系统制造商提供的设计输出值进行了比较。讨论了在低风期间满足营地灌溉要求时遇到的问题并提出了解决方案。正在研究利用大风时期产生的多余能量的潜力。本文通过评估和分析风力发电以及其他可再生能源在地下水供应的抽象和淡化中的作用而得出结论。

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