Dynamic Programming Algorithm for Voltage Distribution Analysis of Photovoltaic Power Optimizer

To address the voltage distribution problem and enhance the power generation efficiency and stability of the photovoltaic system, a voltage distribution method based on dynamic programming algorithm is proposed in this study. Firstly, a comprehensive analysis of the working principle and voltage distribution characteristics of photovoltaic power optimize rs is performed, and a mathematical model is established to abstract the voltage distribution problem as a constrained optimization problem. Then, the dynamic programming algorithm is utilized to solve the optimization problem and obtain the optimal voltage distribution scheme. To validate the effectiveness of the proposed method, a series of experiments are conducted and compared with traditional static allocation methods and other dynamic allocation methods. The experimental results demonstrate that the voltage distribution method based on the dynamic programming algorithm achieves significant improvements in voltage optimization for photovoltaic power optimize rs, enabling better adaptability to varying environmental conditions and changes in light intensity, resulting in enhanced power generation efficiency and system stability.