A Novel Control of TCDIC in Solar Photovoltaic Based Stand-Alone Scheme with Energy Storage Element
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Published
Dec 4, 2020
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Abstract
ABSTRACT: For Electrifying areas where the availability
of grid is nowhere, Solar Photovoltaic (PV) based standalone
has been developed. Implication of appropriate
storage scheme is done for assurance of uninterruptable
supply. The focus of this investigation is to build up a
reliable and proficient power-electronic interface. The
significant complications in designing that system are,
extraction of most possible maximum power from PV,
control battery charge and voltage boosting. To tackle
this issue, a Transformer Coupled Dual-Input Converter
(TCDIC) is proposed. In expansion to it, Ripple
Correlation Control (RCC) for minimizing the ripples is
actualized in this paper.
of grid is nowhere, Solar Photovoltaic (PV) based standalone
has been developed. Implication of appropriate
storage scheme is done for assurance of uninterruptable
supply. The focus of this investigation is to build up a
reliable and proficient power-electronic interface. The
significant complications in designing that system are,
extraction of most possible maximum power from PV,
control battery charge and voltage boosting. To tackle
this issue, a Transformer Coupled Dual-Input Converter
(TCDIC) is proposed. In expansion to it, Ripple
Correlation Control (RCC) for minimizing the ripples is
actualized in this paper.