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Analysis of Realtime Inverter for Kite Energy System Using TI -C2000 Microcontroller

机译:用TI-C2000微控制器分析风筝能量系统实时逆变器

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The high-elevation wind of the troposphere illustrates an unexplored power source that is bigger than the world's present energy needs. High-elevation wind has the biggest energy per square meter contrasted with the greater part of the sustainable power source advancements. Kite energy is the energy system to harness wind energy using parafoil kite from very high-elevation. This paper introduces an analytical investigation of three phase two level full bridge inverter with supercapacitor integration for kite energy framework utilizing real-time equipment setup. The pulse is generated for inverter using TI-C2000 microcontroller through MATLAB Coder. This paper also shows the measured responses of the inverter using DSO. In a full bridge inverter there is a problem of voltage drop between high side and low side. Thus, this paper shows a high side and low side switching circuit to solve this issue utilizing IR2110 switching IC.
机译:对流层的高升高风说明了一个大于世界目前的能源需求的强大电源。高海风具有每平方米的最大能量,与可持续电源进步的大部分较大的部分形成鲜明对比。风筝能量是利用Parafoil风筝从非常高度的高度抬起的能量系统。本文介绍了三相二级全桥逆变器,利用实时设备设置,具有超级电容器集成的三相两级全桥逆变器。通过MATLAB编码器使用TI-C2000微控制器为逆变器产生脉冲。本文还显示了使用DSO的逆变器的测量响应。在全桥逆变器中,在高侧和低侧之间存在电压下降的问题。因此,本文示出了利用IR2110开关IC来解决该问题的高侧和低侧开关电路。

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