Abstract
Fossil fuel depletion and global warming have become global social issues. As part of the solution, in this study, we focus on the physical properties of a gas hydrate for the development of a clean generation system. Because the necessary heat can be covered by a low temperature heat source this system can contribute to reducing negative environmental impact and saving energy. In this paper, we model a gas hydrate power generation system and report the response characteristics based on the relationship between the electrical components of the load and the power quality.
