| 에너지공유 플랫폼을 적용한 수소에너지 타운의 온실가스 감축효과 산정 | |
| Estimation of Greenhouse Gas Reduction Effects of a Hydrogen Energy Town Based on an Energy Sharing Platform | |
| 장영환* ․ 김영수* ․ 왕광익** ․ 이승훈***† | |
| Jang, Young-Hoan* ･ Kim, Young-Soo* ･ Wang, Gwang-Ik** and Lee, Seung-Hoon***† | |
| With development of sustainable clean energy and reduction of greenhouse gas emissions, establishment and distribution of green hydrogen infrastructure based on hydrogen energy is actively progressing around the world. As part of that effort, Korea has presented a strategy to advance the country into a world-class hydrogen economy leader through revitalization roadmap of the hydrogen economy announced in January 2019. In line with this trend, recently, in order to develop hydrogen pilot city infrastructure technology, a hydrogen townhouse demonstration complex is being built on a block scale in Samcheok City. In recent years, with the development of cutting-edge technology and the spread of mobile devices and digitalization, various types of energy-sharing platform businesses are emerging. Therefore, in this study, the greenhouse gas reduction effect was calculated for the hydrogen townhouse demonstration complex in Samcheok, which is being built for development of infrastructure technology for the hydrogen pilot city. The size of the demonstration complex was based on the design contents planned at the beginning of the construction of the demonstration complex. The target hydrogen townhouse was designed with an energy self-reliance rate of 130%. In this study, it was assumed that the 30% excess electrical energy was traded through the energy sharing platform. | |
| Energy Sharing Platform, Climate Change, Greenhouse Gas, Hydrogen Energy, Town House | |
 1305-07.pdf | |
| 2093-5919 | |
| 2586-2782 | |
| 2022-10 |
