Research Article
A New Hybrid MPPT Based on Incremental Conductance-Integral Backstepping Controller Applied to a PV System under Fast-Changing Operating Conditions
Table 4
Comparison of the proposed MPPT with other MPPT methods in the literature under STC.
| Ref | Year | DC-DC converter type | MPPT algorithm (controller) | Tracking time (ms) | Ripples (peak to peak) | Efficiency (%) |
| [53] | 2021 | Boost | Novel MPPT tactic | 9.6 | x | 99.86 | [54] | 2022 | Boost | Innovative MPPT | 10 | x | 99.75 | [55] | 2021 | Boost | Thermal imaging-based P&O | 220 | x | x | [56] | 2020 | Boost | Extremum seeking | 2500 | x | X | [57] | 2022 | Boost | Advanced MPPT | 11 | x | 99.8 | [43] | 2018 | Buck | Backstepping | 1.5 | 0.9 | x | [45] | 2018 | Non- | Integral backstepping | 2.2 | 0.63 | x | | Inverting | Controller | | | | | Buck boost | | | | | [58] | 2021 | Boost | Backstepping-sliding mode controller | 10 | x | x | Proposed | ā | Boost | Proposed | 0.4 | 0.17% | 99.9434% |
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x in the table signifies that the respective parameter was not defined by the author.
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