Cryoshelter LH2 GmbH has filed a patent for an advanced system geared towards improving hydrogen storage through the use of a cryogenic tank, integrated with both external and internal heat exchangers, and a sophisticated pressure management system.
The primary innovation of this system lies in its ability to mitigate pressure losses through selectively activatable bypass lines. The existence of these bypass lines is designed to enhance the performance and efficiency of both external and internal heat exchangers.
Specifically, the invention involves:
1. First Bypass Line: Dedicated to the first heat exchanger tube of the external heat exchanger.
2. Second Bypass Line: Allocated to the second heat exchanger tube of the external heat exchanger.
3. Third Bypass Line: Assigned to the internal heat exchanger.
By allowing the selective activation of these bypass lines, the system can temporarily alter the flow patterns, leading to optimized pressure stability and reduced overall losses.
Potential Applications
The versatility of this system makes it suitable for several key applications:
– Hydrogen Storage: Particularly relevant for industries seeking efficient hydrogen storage solutions to support fuel cell technologies and hydrogen-powered vehicles.
– Liquefied Natural Gas (LNG) Storage: Useful for sectors that require efficient storage and transport of LNG.
– Renewable Energy Systems: Can be integrated into systems that rely on hydrogen storage to manage surplus energy production from renewable sources.
