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Photovoltaic maximum power point tracking without current sensor for module integrated converter

机译:无需模块集成转换器的电流传感器的光伏最大功率点跟踪

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In this paper, a simple maximum power point tracking (MPPT) method for series-connected DC-DC converter module of photovoltaic power conditioning systems (PCS) is proposed. This approach enables maximum power point (MPP) tracking control with the converter's output voltage information instead of calculating solar array power, which significantly simplifies the sensor network by removing current sensor. Furthermore, there is no multiplication process in the P&O algorithm to track the maximum power point because the power calculation is replaced by output voltage sensing. This simple MPPT control strategy can reduce the cost and size, and can be utilized with a low performance / low cost controller. For verification of the proposed control strategy, Zigbee (Xbee-pro) wireless communications and DSP's Series Communications Interface are utilized. Also series-connected hardware prototype with multiple photovoltaic modules was built and tested.
机译:本文提出了一种简单的最大功率点跟踪(MPPT)方法,用于光伏电力调节系统(PCS)的串联DC-DC转换器模块。这种方法可利用转换器的输出电压信息实现最大功率点(MPP)跟踪控制,而无需计算太阳能电池阵列功率,这通过移除电流传感器而大大简化了传感器网络。此外,P&O算法中没有乘法过程可跟踪最大功率点,因为功率计算已被输出电压感应所取代。这种简单的MPPT控制策略可以降低成本和尺寸,并可以与低性能/低成本控制器配合使用。为了验证所提出的控制策略,使用了Zigbee(Xbee-pro)无线通信和DSP的串行通信接口。还构建并测试了具有多个光伏模块的串联硬件原型。

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