Maximum Power Point Technique Integrated Impedance Source DC to AC/DC Converter

Maximum Power Point Technique Integrated Impedance Source DC to AC/DC Converter

The Impedance Source based DC to AC or DC (Z-source DAD) converter converts the given DC voltage to AC or DC. In a solar photovoltaic (SPV) system, the solar panel output voltage is DC voltage, and this voltage will be converted to AC or DC by Z-source DAD converter. To get maximum output power from...

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Veröffentlicht in:International journal of innovative technology and exploring engineering 2020-01, Vol.9 (3), p.594-600
Hauptverfasser: Sivapriyan, R., Elangovan, D., kumar, G. Arun
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container_title International journal of innovative technology and exploring engineering
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creator Sivapriyan, R.
Elangovan, D.
kumar, G. Arun
description The Impedance Source based DC to AC or DC (Z-source DAD) converter converts the given DC voltage to AC or DC. In a solar photovoltaic (SPV) system, the solar panel output voltage is DC voltage, and this voltage will be converted to AC or DC by Z-source DAD converter. To get maximum output power from the panel, a modified perturb and observe (P&O) maximum power point technique (MPPT) is implemented with a Z-source DAD converter. This single-stage MPPT integrated Z-source DAD converter eliminates the conventional multi-stage SPV system, and also, the output voltage of this SPV system is either AC or DC voltage. The simulations are performed with MATLAB-Simulink software, and the hardware circuit is constructed with a microcontroller-based SPV system. The MATLAB-Simulink simulation and hardware output shows the ability of the modified P&O algorithm based MPPT integrated Z-source DAD converter.
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