In recent years, the adoption of photovoltaic technology has become increasingly attractive and popular due to the rising global demand for power.The energy conversion structure considered in this study, as well as its investigation, undoubtedly constitute the main tasks for the design and projection of photovoltaic systems connected to the electric distribution network.This paper presents the mathematical model of a photovoltaic system, along with the design of a maximum power point tracking algorithm and control.Subsequently, the dynamic performance of the photovoltaic generator connected to the distribution network via inverters is examined under various climatic conditions.Simulation results demonstrate that the controllers ensure optimal operation of the photovoltaic panel at its maximum power point, maintaining the DC output voltage at its reference level regardless of atmospheric conditions in terms of dynamic response time, overshoot, and reference tracking.
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Abdelhamid et al. (2024) studied this question.
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