<p>In recent years, the global energy sector has faced growing challenges related to power supply reliability, environmental sustainability, and efficient utilization of renewable energy sources.Unstable electricity supply remains a critical issue, particularly in remote and mountainous regions. Combining wind and hydropower in hybrid systems presents an innovative and regionally adaptable solution. The Chortoq micro hydropower plant, located in a terrain with suitable wind potential and flowing water resources, serves as a relevant case study for investigating this integration. The main objective of this research is to evaluate the effectiveness of hybrid energy systems that combine wind and hydropower sources in ensuring a stable and continuous electricity supply. The study focuses on analyzing energy efficiency, system reliability, and optimization strategies using the Chortoq micro hydropower plant as an example. This work <br /> utilizes modeling and simulation methods to assess the performance of hybrid systems under varying environmental conditions. Technical parameters of wind turbines and micro-hydropower installations are integrated into a hybrid configuration. Energy output calculations, reliability metrics (such as LOLP and LPSP), and cost-effectiveness analyses were conducted using MATLAB/Simulink and HOMER Pro tools. The analysis indicates that the hybrid wind-hydro system significantly improves energy supply stability by compensating for the intermittency of individual sources. Simulation results show a reduction in power outages by more than 75%, improved load coverage, and a 30% decrease in reliance on backup diesel generators. The results confirm that small-scale hybrid systems are both technically viable and economically efficient in the context of Chortoq and similar regions.</p>