Opportunities to Increase the Energy Efficiency of Reservoirs and Hydroelectric Power Plants Using Wind Energy Technologies

Abstract

The development of technology to stabilize and increase the energy efficiency of hydroelectric power plants in water reservoirs using wind energy technologies represents a significant advancement in renewable energy integration. This study explores the synergistic use of wind turbines and hydroelectric systems to enhance energy production and operational stability. The methodology involved the integration of wind turbines with the existing hydroelectric power infrastructure in water reservoirs. Computational models were used to simulate the combined energy output and assess the performance under various environmental conditions. Additionally, field tests were conducted in a controlled environment to validate the computational models and determine the optimal configuration for maximum efficiency. The stabilization of energy production was also observed, reducing the variability caused by fluctuations in water flow. These results were consistent across different test sites, demonstrating the robustness of the integrated system. By leveraging wind energy to complement hydroelectric power, the proposed technology not only increases energy efficiency but also contributes to a more stable and resilient power grid. This advancement supports the global transition towards cleaner energy sources and offers a viable solution to the challenges faced by standalone renewable energy systems.