新型涡轮设计模型NEST-LIE

L. Jasa, I. P. Ardana, R. I. Putri
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引用次数: 0

摘要

水是最环保的可再生能源。水能的来源取决于环境和季节。位置水电的潜力不能随心所欲地调整。我们必须遵循现有位置的参数来获得能量。在本研究中,重点关注小型电源,根据巴厘岛的潜力。灌溉渠道和小溪不需要水坝。新的水轮机Nest-Lie模型被设计为具有小水源的高效率。使用的参数为涡轮直径、宽度、半径和叶片数。Nest-Lie的特殊参数是轴角、喷嘴角和压力。这些参数在实验室的原型模型上进行了测试。结果表明,在Nest-Lie涡轮上的RPM产生非常显着的差异,在28 psi时,RPM产生的压力范围为157.2 -231.1,其中位置角为0°,喷嘴角为22.5°。产生最高RPM的喷嘴角度为22.5°-25.5°,角度为0°-5°,与没有NEST-LIE相比,RPM增加了20%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Turbine Design Model NEST-LIE
Water is the most renewable energy resource environmentally friendly. Water energy sources are dependent on the environment and the season. The potential of location hydropower cannot be adjusted according to desire. We must follow the parameters of the existing location to get the energy. In this study, focus on small-scale power sources, according to the potential in Bali. It is Irrigation channels and streams of small rivers that do not need dams. The new turbine Nest-Lie model is designed to have high efficiency with a small water source. The parameters used as the diameter of the turbine, wide, radius and number of blades. The special parameters of Nest-Lie are pivot angle, nozzle angle and pressure. Those parameters were tested on the prototype model in the laboratory. The results obtained that the RPM on the Nest-Lie turbine produces a very significant difference, with the pressure at 28 psi produced by RPM ranges from 157.2 -231.1 where the angle of position is 0° and at the nozzle angle of 22.5°. The nozzle angle which produces the highest RPM is at an angle of 22.5° -25.5° with an angle of 0° -5° position, where RPM increases by 20% compared to without NEST-LIE.
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