This paper presents an investigation into hybrid buck-boost DC to DC converter topologies and their control strategies, focusing on enhancing switching efficiency through the use of dual circuits with different switching capacities.
Amgad Naji Ali Ahmed +3 more
doaj
A Comprehensive Review of Green Hydrogen Technology: Electrolysis Methods, Topologies and Control Strategies, Applications. [PDF]
Abudureyimu A +4 more
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Mixed-mode control of multiphase interleaved parallel circuit for pulsed laser diode driving. [PDF]
Wu B, Liu J, Zhao H, Guo J, Liu Z.
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Sliding sampling and successive variational mode decomposition CNN-BiLSTM-attention based fault detection and early warning method for DC microgrid. [PDF]
Dai Y, Wang M, Zhang L, Wang S, Jiang Z.
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Intelligent MPPT-based energy management for hybrid renewable energy grids using trans Z-source quadratic boost converter. [PDF]
Manickam S, Padma S.
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High-Performance Two-Stage DC/DC Converter Based on LADRC-PI Hybrid Control for PEM Electrolyzer Hydrogen Production. [PDF]
Yu Q +5 more
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Dynamic switching controller for bidirectional trajectory tracking in PV powered mobile robots considering all their subsystems and irradiance variations. [PDF]
Reyes-Reyes E +7 more
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Integration of fast charging EV infrastructure with high gain Z-source converters and hybrid optimized MPPT algorithm. [PDF]
Sathish R, Sekar V.
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Adaptive control of DC-DC power converter: design and experimental investigation with constant power load. [PDF]
Nizami TK +6 more
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A high-efficiency multi-port bidirectional converter for renewable energy and hybrid electric vehicle applications. [PDF]
Suresh K, Parimalasundar E, Aravind P.
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