Partial shading is the most dominating problem faced by Photovoltaic (PV) arrays aiming to
minimize the power generation of the system. This situation leads to multiple peak point …

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 …

This paper explores the issue of partial shading (PS) in photovoltaic systems and proposes
a solution using the Flying Squirrel Search Optimization (FSSO) algorithm. PS results in …

Long series connections are widely preferred by photovoltaic (PV) power plants because
they offer advantages such as higher voltage, independent operation of modules at optimal …

The PV system encounters severe power loss due to the existence of unavoidable partial
shading that is mainly overcome by reconfiguration techniques. Besides the advantage of …

Solar photovoltaic (PV) power system consists of numerous modules connected in series
and parallel to generate a certain range of voltage and current outputs. However, the …

Partial shading deteriorates the overall performance of photovoltaic (PV) arrays by reducing
the power output. Various shading mitigation strategies have been proposed in the literature …

Partial shading causes multiple peak points in power-voltage (PV) curves of photovoltaic
(PV) arrays, and that results in mismatch power loss (MML). In vast PV arrays, output power …

The output power of solar photovoltaic modules at uniform irradiance are more as compared
to non-uniform irradiance due to partial shading caused by passing clouds, the shadow of …

In this paper, the effect of partial shading in the most hitherto known and widely applied PV
array configuration has been studied. Also, an approach of adding additional wires to the …