ADAPTIVE CONTROL ALGORITHM FOR GRID SUPPORTIVE SOLAR PV POWER GENERATING SYSTEM
DOI:
https://doi.org/10.53555/k20zhv37Keywords:
Solar Photovoltalic, Adaptive control algorithum, Power QualityAbstract
Grid stability, voltage executives, and power quality are all experiencing fresh challenges as solar photovoltaic, or PV, systems becomes progressively integrated with the power grid. An adaptive control methodology for grid-supportive solar PV power generating systems is presented in this paper to overcome these problems. The suggested algorithm automatically changes control parameters in real time in response to changing grid conditions and fluctuations in solar irradiation, as compared to traditional fixed-parameter control strategies. The system guarantees an effortless transition across grid-connected and islanded modes while applying reactive power support, voltage and frequency management, and maximum power point tracking (MPPT). The final results of the simulation show how successfully adaptive control performs to maintain grid stability, enhanced power quality, and boost system reliability depending on unpredictable demand and generation scenarios. This method supports more renewable energy to be linked to the electrical grid, and these supports the development of a stronger and more environmentally friendly energy infrastructure.
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