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- W3027451895 startingPage "173" @default.
- W3027451895 abstract "A robust maximum power point tracking (MPPT) control is of paramount importance in the performance enhancement and the optimization of photovoltaic systems (PVSs). Solar panel exhibits nonlinear behavior under real climatic conditions and output power fluctuates with the variation in solar irradiance and temperature. Therefore, a control strategy is requisite to extract maximum power from solar panels under all operating conditions. Sliding mode control (SMC) is extensively used in non-linear control systems and has been implemented in PVSs to track maximum power point (MPP). The objective of this work is to classify, scrutinize and review the SMC techniques used to extract maximum power from PVSs in both off-grid and grid connected applications. The first order, perturb and observe, incremental conductance, linear expression based sliding mode control algorithms and their adaptive forms are discussed in detail. The advanced form of SMC, terminal sliding mode control (TSMC), super twisting theorem (STT) and artificial intelligent (AI) algorithm based are also presented with the focused application of MPPT of PVSs. A tabular comparison is provided at the end of each category to help the users to choose the most appropriate method for their PV application. It is anticipated that this work will serve as a reference and provides important insight into MPPT control of the PV systems." @default.
- W3027451895 created "2020-05-29" @default.
- W3027451895 creator A5011685624 @default.
- W3027451895 creator A5026478633 @default.
- W3027451895 creator A5053687540 @default.
- W3027451895 creator A5089290117 @default.
- W3027451895 date "2020-01-01" @default.
- W3027451895 modified "2023-09-25" @default.
- W3027451895 title "Application of sliding mode control for maximum power point tracking of solar photovoltaic systems: A comprehensive review" @default.
- W3027451895 cites W1473737733 @default.
- W3027451895 cites W1565228238 @default.
- W3027451895 cites W1758827440 @default.
- W3027451895 cites W1808644832 @default.
- W3027451895 cites W1903719840 @default.
- W3027451895 cites W1980578741 @default.
- W3027451895 cites W1986556541 @default.
- W3027451895 cites W1987253138 @default.
- W3027451895 cites W1989747454 @default.
- W3027451895 cites W1990042683 @default.
- W3027451895 cites W1990962518 @default.
- W3027451895 cites W1993683186 @default.
- W3027451895 cites W1996575659 @default.
- W3027451895 cites W1998139884 @default.
- W3027451895 cites W2003893152 @default.
- W3027451895 cites W2011477040 @default.
- W3027451895 cites W2020541304 @default.
- W3027451895 cites W2049633233 @default.
- W3027451895 cites W2050509827 @default.
- W3027451895 cites W2051900843 @default.
- W3027451895 cites W2062350430 @default.
- W3027451895 cites W2065124424 @default.
- W3027451895 cites W2070172132 @default.
- W3027451895 cites W2070941276 @default.
- W3027451895 cites W2076062920 @default.
- W3027451895 cites W2077674784 @default.
- W3027451895 cites W2099238682 @default.
- W3027451895 cites W2109490242 @default.
- W3027451895 cites W2115641438 @default.
- W3027451895 cites W2116976548 @default.
- W3027451895 cites W2134409946 @default.
- W3027451895 cites W2140265088 @default.
- W3027451895 cites W2150927334 @default.
- W3027451895 cites W2155180659 @default.
- W3027451895 cites W2158286139 @default.
- W3027451895 cites W2170024078 @default.
- W3027451895 cites W2175296452 @default.
- W3027451895 cites W2177909115 @default.
- W3027451895 cites W2183204931 @default.
- W3027451895 cites W2190738946 @default.
- W3027451895 cites W2203300934 @default.
- W3027451895 cites W2279461056 @default.
- W3027451895 cites W2288890912 @default.
- W3027451895 cites W2313238768 @default.
- W3027451895 cites W2317852310 @default.
- W3027451895 cites W2346889879 @default.
- W3027451895 cites W2503917799 @default.
- W3027451895 cites W2512061413 @default.
- W3027451895 cites W2520151825 @default.
- W3027451895 cites W2523266522 @default.
- W3027451895 cites W2530767044 @default.
- W3027451895 cites W253794326 @default.
- W3027451895 cites W2543786968 @default.
- W3027451895 cites W2592975201 @default.
- W3027451895 cites W2593975450 @default.
- W3027451895 cites W2596114269 @default.
- W3027451895 cites W2606088700 @default.
- W3027451895 cites W2606157602 @default.
- W3027451895 cites W2612321098 @default.
- W3027451895 cites W2618294251 @default.
- W3027451895 cites W2732654452 @default.
- W3027451895 cites W2734724541 @default.
- W3027451895 cites W2735922011 @default.
- W3027451895 cites W2752126768 @default.
- W3027451895 cites W2766645954 @default.
- W3027451895 cites W2768913555 @default.
- W3027451895 cites W2791535011 @default.
- W3027451895 cites W2801220587 @default.
- W3027451895 cites W2803593431 @default.
- W3027451895 cites W2888939178 @default.
- W3027451895 cites W2892770555 @default.
- W3027451895 cites W2894102760 @default.
- W3027451895 cites W2900976011 @default.
- W3027451895 cites W2902020537 @default.
- W3027451895 cites W2905750909 @default.
- W3027451895 cites W2942552385 @default.
- W3027451895 cites W2944579139 @default.
- W3027451895 cites W2945050393 @default.
- W3027451895 cites W2953616830 @default.
- W3027451895 cites W2964525509 @default.
- W3027451895 cites W2972440047 @default.
- W3027451895 cites W2989537416 @default.
- W3027451895 cites W3000157255 @default.
- W3027451895 cites W377226762 @default.
- W3027451895 cites W628437518 @default.
- W3027451895 doi "https://doi.org/10.1016/j.arcontrol.2020.04.011" @default.
- W3027451895 hasPublicationYear "2020" @default.
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