Economic Dispatch of Microgrid with Hydrogen and Energy Storage

This study focuses on optimizing the economic dispatch of a high-permeability micro grid that incorporates hydrogen and energy storage. It integrates wind, photovoltaic, hydrogen, energy storage, and gas turbine systems to minimize operational costs. The paper establishes a carbon emission model and develops an optimal scheduling model under the constraints of system operation and power reliability. A comparative case study of four configurations reveals that the integration of hydrogen and battery systems enhances the economics and reliability of the micro grid, while carbon trading has a minimal impact on dispatch strategies.