A hybrid global maximum power point tracking of partially shaded PV system under load variation by using adaptive salp swarm and differential evolution – perturb &amp; observe technique

Mathi, Dileep Krishna; Chinthamalla, Ramulu

doi:10.1080/15567036.2020.1850927

Cited by 9 publications

(1 citation statement)

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“…IV.3.18. Adaptive salp swarm and differential evolutionperturb & observe technique (ASSADE-P&O) [48] proposed a HGMPPT technique named adaptive SSADE-P&O which integrates SSA, DE and P&O algorithms. In the proposed method, the algorithm control parameters are adaptively adjusted to avoid needless power oscillations even after achieving the global peak region (GP) by SSA owing to dependency of the algorithm control parameter on the maximum iteration count.…”

Section: Iv315 Modified Bat and Perturb And Observe Algorithms (Mbat-...mentioning

confidence: 99%

Survey and Classification of Hybrid GMPPT Techniques for Photovoltaic System under Partial Shading Conditions

Belhachat

Larbes

2022

ENPESJ

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A maximum power point tracking process is a very important task to harvest the maximum power available from a photovoltaic generator. For this reason, resorting to the development of new and more effective methods is an absolute necessity. Numerous advanced methods have been successfully employed to extract the real maximum point, such as neural networks and metaheuristic techniques. These techniques deal effectively in such conditions. However, the use of the algorithm alone has some limitations. In order to solve these drawbacks, the combination of two or more different techniques provides more advantages over single MPPT algorithms and improves the performance of the overall system. This paper mainly focus in reviewing the most important and recent hybrid global MPPT techniques proposed in the literature and proposes a classification of these methods with a comparison of their performances. All surveyed hybrid GMPPT methods are divided into four categories according to algorithms types involved in the MPPT method. This review study intends to make it easier for the user to make the convenient selection of which method to adopt especially in the presence of a variety of methods which are continuously developing in the literature. For this reason, resorting to the development of new and more effective methods is an absolute necessity to avoid the aforementioned problems. In the same context, numerous advanced methods have been successfully employed to extract the real maximum point, such as neural networks and metaheuristic techniques. These techniques deal effectively in such conditions. However, the use of the algorithm alone has some limitations. In order to solve these drawbacks, the combination of two or more different techniques provides more advantages over single MPPT algorithms and improves the performance of the overall system. This paper mainly focus in reviewing the recent hybrid global MPPT techniques proposed in the literature and proposes a classification of these methods with a comparison of their performances. All surveyed hybrid GMPPT methods are divided into four categories according to algorithms types involved in the MPPT method. This review study intends to make it easier for the user to make the convenient selection of which method to adopt especially in the presence of a variety of methods which are continuously developing in the literature.

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Section: Iv315 Modified Bat and Perturb And Observe Algorithms (Mbat-...mentioning

confidence: 99%