Speaker
Description
Currently, several hydrogen liquefaction plants are being built in Korea, and the distribution of liquid hydrogen to society is only a few years away. One of the major sources of liquid hydrogen demand is liquid hydrogen-based charging stations. These stations serve as pivotal hubs, utilizing liquid hydrogen as a storage medium, employing a pump for pressurization, and delivering low-pressure and high-pressure gaseous hydrogen to consumers. The Korea Institute of Machinery and Materials (KIMM) is actively engaged in a project aimed at localizing and demonstrating this system in Korea. This study focuses on the modeling and dynamic simulation of a liquid hydrogen-based low/high pressure gaseous hydrogen supply system using EcosimPro. The dynamic simulation validates the robustness of the system design and identify potential operational deficiencies. Through the application of EcosimPro, the soundness of the system design is verified, and checks are conducted to rectify operational shortcomings.
| Submitters Country | Republic of Korea |
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