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Wind Power Plant from Air Conditioning Exhaust using L Savonius Wind Turbine

机译:来自空调排气的风力发电厂使用L Savonius风力涡轮机

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Renewable energy is now a trending topic in research as a source of energy that free of pollution and alternative energy sources to substitute fossil energy sources. Research on renewable energy has always been developed to support energy security. Wind is one of the renewable energy sources that can be utilized to generate electrical energy. In this research will converting residual wind from air conditioning to electrical energy again. The advantage of using the exhaust from the air conditioning blower is that it has a relatively stable wind speed every time, although not as big as wind speeds available in nature. From the measurement with anemometer obtained the greatest wind speed is 6 m/s when its distance of 4 cm from the blower, and power of air conditioner 2,5 horsepower (HP) at temperature 16° C. Turbine can convert wind energy into electrical energy. The wind turbine is placed in front of the air conditioner blower, then the turbine is combined with the generator. Wind output from the blower is spread in all way, so made turbine type L Savonius. Generators used are a direct current generator (DC) and alternating current generator (AC). At the time testing, used Air Conditioner with power 0,5 HP, 1 HP, and 2,5 HP. In the test with air conditioner 0,5 HP obtained output voltage from the ac generator is 19,5 V and current is 0,65 A. Test using dc generator get output voltage is 35 V and the current is 0,37 A. In the test with air conditioner 1 HP obtained output voltage from the ac generator is 24 V and current is 0,52 A. Test using dc generator get output voltage is 37 V and current is 0,34 A. In the test with air conditioner 2,5 HP obtained output voltage from the ac generator is 24 V and current is 0,53 A. Test using dc generator get output voltage is 38 V and current is 0,34 A. Value of the output voltage of the generator is influenced by the amount of AC power consumption. Amount of voltage generated by the generator may can be used to turn on the surfa
机译:可再生能源现在是研究中的趋势主题,作为替代化石能源的污染和替代能源的能源来源。始终开发了可再生能源的研究,以支持能源安全。风是可再生能源之一,可用于产生电能。在这项研究中,将再次将残留的风转换为空调到电能。使用来自空调鼓风机的废气的优点是每次都有相对稳定的风速,虽然没有像自然的风速那么大。通过使用风速计的测量获得最大的风速,当其距离鼓风机4厘米的距离为6米/秒,并且在温度16°C温度下的空调2,5马力(HP)的功率可以将风能转化为电气活力。风力涡轮机放置在空调鼓风机的前面,然后将涡轮机与发电机组合。从鼓风机的风输出都以各种方式传播,所以制造的涡轮机型L Savonius。使用的发电机是直流发电机(DC)和交流发电机(AC)。在时间测试时,使用电源0.5 HP,1 HP和2,5 HP的空调。在使用空调的测试中,从AC发生器获得的输出电压为19,5 V,电流为0,65 A.使用DC发生器的测试获得输出电压为35 V,电流为0.37 A.在使用空调1 HP的试验来自交流发电机的输出电压为24 V,电流为0.52 A.使用直流发电机的测试获得输出电压为37 V,电流为0.34 A.在使用空调2的测试中,5 HP获得的来自AC发电机的输出电压为24 V,电流为0.53 A.使用DC发生器的测试获得输出电压为38 V,电流为0.34 A.发电机的输出电压的值受影响交流电力消耗量。由发电机产生的电压量可用于打开Surfa

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