Sizing Standalone PV Systems: A Review of Optimization Techniques and Methodologies
Main Article Content
Abstract
This paper presents a comprehensive review of various optimization techniques and methodologies
used in sizing standalone photovoltaic (PV) systems, which are crucial for areas without grid connectivity.
Standalone PV systems, independent of the electricity grid, are essential for remote and rural electrification.
Accurate sizing of these systems is vital for ensuring reliability and cost-effectiveness, avoiding energy waste, and
ensuring sufficient power supply. The introduction highlights the importance of solar photovoltaic technology and
the criticality of sizing in standalone PV systems. The paper then delves into the components of PV systems, their
functions, load analysis, and the importance of optimizing system sizing for reliability and efficiency. The findings
emphasize the need for precision in sizing methodologies and explore different approaches, including intuitive,
numerical, and analytical methods. The conclusion underscores the significance of these techniques in enhancing
the efficiency and sustainability of standalone PV systems, suggesting further research in the field to adapt to
emerging technologies and environmental conditions
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