氢能源摘要(含英文).doc

氢能的发展现状与应用前景
摘要：氢能作为最有利用价值的二次无污染、高效可再生能源受到广泛关注。本文分析概括了国内外氢能的发展概况，同时介绍了氢能的发展前景。其中，着重介绍了氢能在燃料内燃机和氢燃烧电池的应用，并且从氢能在航天航空领域、军事领域、能源领域、交通运输领域、工业领域等行业中的应用，阐述了氢能的实用价值。
The Development Situation and Application
Prospects of Hydrogen Energy
Abstract: Hydrogen energy as the most valuable secondary non-pollution, efficient renewable energy is attracting more and more attention. In this paper, the development and application of hydrogen energy are comprehensively summarized by a number of references. In this paper, the applications of hydrogen fuel in internal combustion engine and hydrogen battery are introduced emphatically. In this paper, the practical values of hydrogen energy in aviation, military, transportation, energy resource and industry, are presented widely. Key words: Hydrogen energy; Development status; Application prospect; Hydrogen engine; Hydrogen fuel cells

目前使用的能源大部分是化石燃料尤其在中国大量消耗以煤为主的化石能源给生态环境造成了严重的破坏。随着化石能源资源的日益枯竭寻找新的替代能源已成为21世纪最为紧迫的任务。氢是地球上储量最为丰富的元素氢能因其能流密度高无污染转化、利用效率高而且储运性能好等一系列突出优点而被公认为新一代理想的替代能源。利用生物质制氢不仅可以促进可再生能源的大规模开发利用改善能源结构减少环境污染满足人们对清洁能源的需求而且是近中期最为可行的可再生能源制氢方式。
Most energy sources used in the world is Fossil fuels including coal, nature gas and petroleum. In China, large consumption of coal-based fossil fuels to caused serious damage to the environment. With traditional fossil energy being on the verge of extinction and increasing environmental pollution, the searching for new alternative energy is imminent. Hydrogen is the reserves of the planet's most abundant element, hydrogen energy because of energy flow density, non-polluting, transformation, storage and transportation using high efficiency and good performance and a series of outstanding advantages have been recognized as a new generation of the ideal alternative energy sources. Hydrogen is the most abundant element in the earth and hydrogen has been recognized as an ideal alternative energy sources in the future because hydrogen is high energy density, non-polluting and storable. Hydrogen production from biomass can contribute not only to large-scale development and utilization of renewable energy, improve energy structure and reduce pollution as well as to meet people's demand for clean energy, but also is the most viable hydrogen production methods from renewable energy near the medium-term.