An intricate issue suffered by photovoltaic systems is partial shading condition (PSC) which
is an unavoidable and complex problem. It degrades the maximum power generation and …

The rising trend of solar photovoltaic (PV) technology has resulted in a substantial upsurge
in the production of power that is clean, sustainable, and environmentally friendly. To …

Consistent distribution of shadows on the surface of the shaded PV array enhances the
array's harvested capacity. Therefore, in this paper, an Image processing inspired Chaos …

The extraction of power at global maximum power point (GMPP) has been affected due to
non-uniform row-current generation leading to the formation of multiple peaks in power …

The conventional PV array configurations fail to eliminate the ill effects of partial shading
(PS) thereby resulting in mismatch losses. PV array reconfiguration is considered as the …

Extracting the optimal power from the PV arrays under partial shading conditions (PSC) is
challenging. Despite employing bypass diodes, maximum power point trackers, and current …

In this article, a new variant of a recent optimization algorithm namely Runge Kutta optimizer
(RUN) is proposed to solve the partial shading condition in photovoltaic systems and global …

Partial shading in the arrays reduces the power output, creates hotspots and damages the
modules affecting the performance of the system. The modules bypass diodes create non …

Photovoltaic (PV) roof‐top systems in real‐time environments are highly susceptible to the
commonly occurring scenario of partial shading that occurs due to unavoidable conditions …

Reconfiguring photovoltaic (PV) array connections among different topologies such as
series-parallel, bridge-link, honeycomb, or total-cross-tied is a popular strategy to mitigate …