燃料电池具有无污染、低噪音、高效率、供电时间长等特点，其作为备用电源系

燃料电池具有无污染、低噪音、高效率、供电时间长等特点，其作为备用电源系统被越来越多的应用在变电站、通信基站等领域。氢气是燃料电池的主要燃料，由于存储及运输高压纯净氢气的不便，导致“氢源”成为燃料电池技术商业化发展的“瓶颈”之一。如何安全、快捷地获取“氢源”是燃料电池一个亟待解决的问题。因此，本文开展了利用甲醇重=整制氢以及醇氢燃料电池备用电源系统建模与应用设计的研究。

燃料电池具有无污染、低噪音、高效率、供电时间长等特点，其作为备用电源系统被越来越多的应用在变电站、通信基站等领域。氢气是燃料电池的主要燃料，由于存储及运输高压纯净氢气的不便，导致“氢源”成为燃料电池技术商业化发展的“瓶颈”之一。如何安全、快捷地获取“氢源”是燃料电池一个亟待解决的问题。因此，本文开展了利用甲醇重=整制氢以及醇氢燃料电池备用电源系统建模与应用设计的研究。

Fuel cell has the characteristics of no pollution, low noise, high efficiency and long power supply time. As a backup power system, fuel cell is more and more used in substation, communication base station and other fields. Hydrogen is the main fuel of fuel cell. Because of the inconvenience of storage and transportation of high-pressure pure hydrogen, the "hydrogen source" has become one of the "bottlenecks" in the commercialization of fuel cell technology. How to obtain "hydrogen source" safely and quickly is an urgent problem for fuel cell. Therefore, this paper studies the modeling and application design of hydrogen production by methanol weight = integration and standby power supply system of alcohol hydrogen fuel cell.<br>