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Impact of PPAM for Power Modulation in Solar Battery Bi-directional DC-DC Converter

机译:PPAM对太阳能和电池双向DC-DC转换器中功率调制的影响

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In this paper, the power modulation is controlled with the phase angle PWM signals in isolated bi-directional DC-DC (IBDC) converter integrated with the PV & storage system. The electronics switch of IBDC satisfies the load demand and manages the power flow to system. The PWM phase angle control mechanism (PPAM) manages the power flow between solar and battery by PWM with phase angle of low voltage (LV) and high voltage (HV) of IBDC. The High-power transfer is taken turn ratio of transformer between the battery and the DC link is controlled by IBDC. The PPAM has been performed over wide variations in phase angle, voltage and load variation. The simulation result reveals the efficiency and the power flow control.
机译:在本文中,通过与光伏与储能系统集成的隔离双向DC-DC(IBDC)转换器中的相角PWM信号来控制功率调制。 IBDC的电子开关满足负载需求并管理流向系统的功率。 PWM相角控制机制(PPAM)通过IBDC的低压(LV)和高压(HV)的相位角通过PWM管理太阳能和电池之间的功率流。高功率传输是由电池和直流母线之间的变压器匝数比由IBDC控制的。 PPAM已在相角,电压和负载变化的较大变化范围内执行。仿真结果表明了效率和潮流控制。

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