Wind energy hybrid power generation system with hydrogen storage

Abstract

The focus of this study is to determine the optimum use of wind energy and to find a complex system conditions in which hydrogen storage is possible from this power source. In this chapter, the superior properties of hydrogen in energy transport and various hydrogen production technologies are emphasized. It then explores the potential of combining wind power with hydrogen storage to create a more efficient and weather-independent complex power production process. The proposed system is designed to maximize energy production and minimize fluctuations in energy output by storing excess energy generated at higher wind speeds for later use. The chapter also discusses the key components of the recommended process, including the generator, electrolysis device, H storage tank, reproductive cell, power control system, and wind turbine. Finally, the chapter presents a theoretical study on the proposed system and discusses its potential applications in providing a more sustainable and eco-friendly source of electricity for areas with limited access to electricity or clean energy. Overall, the chapter provides valuable insights into the development and institutionalization of a hydrogen storage air energy complex power production process as a promising solution to the challenges of relying solely on wind power as a power source.