EXPERIMENTAL COMPARISON OF THE ENERGY PERFORMANCE OF SOLAR PANELS WITH DIFFERENT POWER RATINGS AND A WIND TURBINE
DOI:
https://doi.org/10.56525/pk4t0g15Keywords:
renewable energy sources, solar panel, wind turbine, solar energy, wind energy, electricity generation, power, voltage, electric current, energy efficiency, comparative analysis, energy productionAbstract
This article presents a comparative analysis of the energy performance of solar panels with different power ratings and a wind turbine. The study considered three types of renewable energy sources: a high-power solar panel, several low-power solar panels, and a wind turbine. The main objective of the research was to evaluate the operational efficiency of these energy sources based on experimental measurements. During the experimental study, the main electrical parameters of each energy source were measured, including voltage, current, power, and the total amount of generated energy over a certain period of time.
Based on the obtained experimental data, a comparative analysis of the energy characteristics of the studied devices was carried out. The efficiency and operational stability of each energy source were evaluated. In addition, the influence of environmental conditions on the performance of renewable energy sources was analyzed. In particular, the efficiency of solar panels was found to depend on the intensity of solar radiation, while the performance of the wind turbine was directly related to wind speed.
The results of the study demonstrated that the high-power solar panel provides more stable and higher energy generation compared to the other investigated sources. It was also determined that combining several low-power solar panels into a single system can significantly increase the total amount of generated energy. The obtained results have important practical significance for improving the efficiency of renewable energy utilization and for the design and optimization of modern energy systems.
