据市场研究公司InnovativeResearchandProducts（区域间行动方案）最近发表了一份关于能源需求的便携式电子产品的报告，这是提高微型燃料电池的吸引力。在便携式产品类别，区域间行动方案的各种预测在2011年前的{zg}年均增长率掌上电脑领域的微型燃料电池，达到89.8％。其次是摄像机，充电器和其它消费电子产品，平均83.7％的年增长率。细胞中的燃料电池领域使用手机预计为百分之50.7的增长速度。

估计，2006年微型燃料电池市场到一千二百点○○○万美元，是在2011年预计将达到一点一二亿美元，平均55.7％的年增长率。根据区域间行动方案中的各种燃料电池技术，直接甲醇燃料电池将占有{zd0}的份额由氢燃料电池和其他燃料，其次，基于专有电池。北美在2006年美国在市场上占有{zd0}的份额，其次是欧洲和日本。到2011年，北美市场份额预计将下降到百分之五十七，而日本市场的份额将上升到百分之二十五，取代欧洲第二。根据区域间行动方案，还没有普遍接受的微型燃料电池定义，但通常是指功率小于小型燃料电池系统50瓦。现在，全世界有60多个企业在微型燃料电池的发展和机构积极。

虽然燃料电池可能会高于传统电池的能量密度，但在便携式电子产品开发，燃料，工程挑战电池系统。与安全，特别是在处理和储存燃料的微型燃料电池为基础的系统成立

Portable electronic products for the energy demand, is to enhance the attractiveness of micro fuel cell

According to market research firm InnovativeResearchandProducts (iRAP) recently published a report on portable electronic products for the energy demand, is to enhance the attractiveness of micro fuel cell. In a variety of portable products category, iRAP prediction in 2011 ago micro fuel cells in the PDA field of the highest average annual growth rate, reaching 89.8%. Followed by cameras, chargers and other consumer electronic products, with an average annual growth rate of 83.7%. Cell phone use in the field of fuel cells is estimated to be 50.7 percent growth rate.

estimated 2006 micro fuel cell market up to 12,000,000 U.S. dollars, is expected in 2011 will reach 112 million U.S. dollars, average annual growth rate of 55.7%. According to iRAP, in a variety of fuel cell technology, direct methanol fuel cell will occupy the largest share, followed by hydrogen fuel cells and other fuel based on proprietary battery. North America in 2006 in the market occupies the largest share, followed by Europe and Japan. By 2011, the North American market share is expected to fall to 57 percent, while the Japanese market share will rise to 25 percent, replacing the second in Europe. According to iRAP, has not yet been universally accepted definition of micro fuel cells, but usually refers to power less than 50W of small fuel cell system. Now the world has more than 60 enterprises and institutions active in the development of micro fuel cell.

While fuel cells may be higher than the traditional battery energy density, but for the portable electronic product development, fuel cell system for a number of engineering challenges. And security, especially in relation to treatment and storage of fuel for micro fuel cell-based system set up (07-11-22)