利用太阳能开发舒适的带扇伞

.. Hakiki, Hakim Khaula Nurul, Nugroho Yuniarto Wimbo, Hao Liu
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引用次数: 0

摘要

在夏季的热带地区,热浪经常出现在阳光明媚的日子里,温度有时会超过42摄氏度。因为过热的热浪会导致在室外工作的人中暑,所以通常使用遮阳伞来阻隔阳光以保护他们。本文设计了一种雨伞样机,它可以驱动风扇为热带地区的户外工作人员提供降温效果。设计的伞利用附着在伞上表面的太阳能电池将太阳能转化为电能,用于驱动风扇或给电池充电。此外,电池还可以在日照强度较弱时驱动风扇,或为手机等便携式设备提供5个电压的充电口。实现这些功能的关键部件是电子控制模块,其中包括充电电路和放电电路。前者将来自太阳能电池的输出电压提高到所需电压以对电池充电;后者可以控制来自蓄电池的电能驱动直流电动机、风扇、LED指示灯和充电口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Comfortable Umbrella with Fan by Using Solar Energy
Heat waves often occur during sunny days in tropical regions during summer season, with temperatures sometimes reaching over 42 degrees Celsius. Because overheat waves can cause heatstroke for human beings who work outside, umbrellas are usually used to cut off sunshine to protect them. In the paper, an umbrella prototype is designed, which can drive a fan to provide cooling effect for persons who work outside in tropical regions. The designed umbrella uses solar cell attached on the above surface of the umbrella to convert solar energy into electricity, which is used to drive a fan or charge a battery. Moreover, the battery can also drive the fan when sunshine intensity is weak, or provide a charging port with 5 voltages for portable devices, such as mobile phones. The key component to realize these functions is an electronic control module, which includes charging circuit and discharging circuit. The former increases output voltage from the solar cell to the desired voltage to charge the battery; the latter can control electricity from the battery to drive the DC motor fan, LED indicator, and charging port.
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