A Sub-Atmospheric hydrogen power generation system Combining Near-Ambient-Temperature Phase-Change heat absorption and Hydrogen-Oxygen direct combustion

Key Points

• Power generation efficiency improves through a phase-change process that operates at near-ambient temperatures, maximizing energy extraction.
• Key evidence shows that the new system can achieve heat absorption effectively, enhancing overall energy conversion rates.
• The framework integrates phase-change heat absorption with hydrogen-oxygen direct combustion to maximize energy output.
• This innovative approach highlights potential for renewable energy solutions, possibly leading to cleaner energy systems.