Techno-Economic Evaluation Of Hydrogen Infrastructure From Renewable Energy Resources: Application To Korean Hydrogen Economy
In this study we present a new framework for the design and economic evaluation of hydrogen infrastructure using renewable energy resources. First, we model a renewable hydrogen supply system (RHSS) including various renewable energy resources along with hydrogen technologies such as production, storage and transport. We then develop a multi-period deterministic optimization model for the RHSS using a mixed integer linear programming (MILP) technique. With the proposed model we identify the optimal RHSS configuration and its operation strategy. We finally apply the model to design problem of the hydrogen infrastructure for the future Korea.
Index Terms� Hydrogen, MILP, Optimization, Renewable Energy.