移动加氢站的设计与运行方法研究

Study on the design and operation methods of mobile hydrogenation station

摘要

本研究针对现有移动加氢站在单一卸气系统故障风险高、加注速率低及功能有限等方面的缺陷，提出了一种创新的设计方案。该方案通过引入双卸气系统，有效降低了系统故障风险，并显著提升了加氢站的连续运行能力和加注效率。此外，设计中集成了高效储氢罐与智能控制系统，进一步优化了加氢过程的稳定性和安全性。文章详细阐述了关键组件的设计原理及其功能，并针对不同市场需求设计了三种运行模式，包括快速加注模式、节能模式和应急备用模式，以满足多样化的应用场景。这一新型设计方案不仅提高了移动加氢站的可靠性和灵活性，还为其在更广泛领域的应用奠定了技术基础，推动了氢能基础设施的进一步发展。

Abstract

This study presents an innovative design scheme for the defects of the existing mobile hydrogenation stations in the high fault risk, low filling rate and limited function of a single gas unloading system. By introducing the double gas unloading system, this scheme effectively reduces the risk of system failure, and significantly improves the continuous operation capacity and filling efficiency of the hydrogenation station. In addition, an efficient hydrogen storage tank and an intelligent control system are integrated in the design to further optimize the stability and safety of the hydrogenation process. This paper details the design principle and functions of key components, and designs three operation modes for different market requirements, including rapid filling mode, energy saving mode and emergency standby mode, to meet diversified application scenarios. This new design scheme not only improves the reliability and flexibility of mobile hydrogenation stations, but also lays the technical foundation for its application in a wider range of fields and promotes the further development of hydrogen energy infrastructure.

关键词

移动加氢站 / 双卸气系统 / 高效加注 / 智能控制 / 多场景需求

Key words

mobile hydrogenation station / double unloading system / efficient filling / intelligent control / multi-scenario requirements

参考文献

[1] 王乾, 赵宁, 王勇, 王欣. 移动加氢站设计规范[J]. 低温与特气, 2019, 37(03): 35-38+44.

[2] 李亚军, 周刚, 李长俊, 朱坤. 加氢站关键技术及安全运营管理[J]. 油气储运, 2017, 36(07): 741-747+755.

[3] 马越峰, 许文, 张兵, 徐义华, 李瑞丰. 加氢站技术发展现状及趋势[J]. 化工进展, 2015, 34(03): 727-733.