This article introduces the precise screen printing technology for fuel battery, crystal silicon solar battery and semiconductor solar battery. 介绍了绿色新兴能源燃料电池、晶体硅太阳能电池、化合物半导体太阳能电池制造技术中的精密网版印刷技术;
It is to design a kind of hybrid energy management and monitor system including solar panel, regenerative fuel cell and Ni-H battery in this paper. 设计了一种包括太阳电池、再生燃料电池和氢镍电池的复合能源管理监控系统。
Investors are broadening their perspectives and backing exploration into new fuels such as ethanol, fuel cells and advanced battery technology. 投资者正拓宽思路,出资支持乙醇等新燃料、燃料电池和高级电池技术的开发。
As the power of future vehicle, alkalescent fuel battery has a broad developing trend. 碱性燃料蓄电池作为未来汽车的动力,具有很广阔的发展前景。
Independent research and development of electric automobiles develops well in the beginning which employed the leading technology of the whole world, fuel battery technology, hybrid electric vehicles and full-electric sight-seeing cars have been provided with certain advantages. 电动汽车自主研发抢占全球技术制高点有了良好开端,燃料电池技术、混合动力汽车及纯电动观光汽车已形成一定优势。
Utilization of Fuel Battery and Effects on Oil and Gas Industry 燃料电池的应用及对油气工业的影响
Research on Development of Fuel Battery of Electric Automobile 电动汽车燃料电池发展研究
The Fuel cell electric vehicle ( FCEV) is a hybrid traction electric vehicle, combining fuel cell with battery, and thus results in the problem of power flow management. 燃料电池车是混合动力车,燃料电池和蓄电池的混合使用导致能量流管理问题。
Briefly Introduction of Fuel Battery and Application of CF 燃料电池与碳纤维之应用
The hydrogen storage alloys what developed in 1970s can be used to resolve the question availably, and its applied field is abroad such as in purifying hydrogen and stockpiling it, vehicle what with hydrogen as fuel, Ni-MH battery and so on. 20世纪70年代发展起来的贮氢合金材料用于贮氢能很好地解决上述问题,并应用到氢的贮存和纯化、镍-氢电池、氢燃料汽车等各个领域。
Development and utilization of fuel battery will deeply affect electricity production and energy supply of automobile industry. 它的开发利用将对电力生产和供电、汽车工业的能源带来深远影响。
Proton Exchange Fuel Cell Battery and Clean Mobile Vehicle 质子交换膜燃料室电池与无污染汽车
Shipboard fuel battery wanders between ideality and reality 船用燃料电池:徘徊在理想与现实之间
A new combined power generation system of solar energy and fuel battery 一种新型的太阳能燃料电池联合发电系统
The diesel car, mingle power automobile and fuel battery are solving project for automobiles power pushing system in the near future, metaphase and long dated. 柴油机、混合动力、燃料电池代表了汽车动力推进系统近期、中期和远期的解决方案。
The operation principle, the makeup and characteristics of fuel batteries and its development and applications in China and abroad are described. The practical experiences of NTT of Japan to adopt phosphor siliceous fuel battery system in two communication offices are introduced. 介绍燃料电池的工作原理、结构、特性,国内外开发和应用的情况,以及日本NTT公司两个通信试验局采用磷酸型燃料电池供电系统的实用化经验。
As a typical domestic load frequently has instantaneous peak power demands, the fuel cell/ battery hybrid generator is one of the cleanest and highly effective power generating methods. 家庭负载频繁出现瞬间的峰值功率需求,由燃料电池/蓄电池组成的混合发电系统是最清洁和高效的发电方式之一。
Green power supply& fuel battery and it's prospect of marine use 绿色电源&燃料电池及其船用化展望
So briny aluminum-air fuel cell seems to be promising in the future. Though there are lots of advantage of the briny aluminum-air fuel battery, aluminum anode has a short life because of its self-corrosion and the corrosion of Cl-in the sea. 虽然海水铝空气电池具备很多优点,但是铝阳极的自腐蚀和海水中Cl-的腐蚀,都将影响铝阳极使用寿命。
Discussing the fuel battery technology for autos 浅论车用燃料电池技术
Aluminum-air fuel battery is a new kind of high energy chemical power, due to its high energy density, abundance in nature, no pollution, low price, long life. 铝空气燃料电池是一种新型高能量化学电源,它具有能量密度高,材料来源丰富,价格便宜,寿命长等优点。
The safety characteristics of the batteries that electric vehicle is in common use, such as excide battery, MH-Ni battery, Li+ battery, and fuel battery, are researched. 研究了电动汽车几种常用动力电池的安全特性,包括铅酸电池、镍氢电池、锂离子电池和燃料电池,以及它们各自可能存在的安全隐患和产生安全问题的机理。
Current Situation of Alkalescent Fuel Battery Development 碱性燃料蓄电池的发展现状
Fuel Cell and Battery for Energy Storage Technology 燃料电池与储能电池技术
At present, the cost and the performance as two outstanding problems, which were seriously affected by the activity and stability of the anodic catalysts, still restricted direct liquid fuel battery mass commercialization. 目前,成本和性能仍然是制约直接液体燃料电池大规模商业化的两个突出问题,而阳极催化剂的活性及稳定性对此起着至关重要的作用。
Therefore, Ag is known as the ideal catalyst in the fuel cell and metal-air battery. 因此,银被认为是燃料电池和金属空气电池中比较理想的氧电极催化剂。
From the point of the reversibility, as the catalytic electrode of the single "fuel" single-chamber battery, Pt is better than Pd, Ag and Ni. 从可逆性角度而言,作为同一燃料单室电池的催化电极,Pt优于Pd、Ag和Ni。
In this article, the main components of fuel cell hybrid electric vehicle drive system were compared. And then the fuel cell, battery and motor were determinate. 本文在对燃料电池混合动力汽车驱动系统中的主要部件分别进行比较后,确定了燃料电池、动力电池、电机的类型。
Nano oxidation nickel is a kind of very promising functional inorganic materials, widely used in catalysis 、 fuel battery domin 、 magnetic materials and gas sensors because of its unique properties in electrical 、 magnetic and catalytic chemistry aspects. 纳米氧化镍在电学、磁学和催化学方面有独特的性质,广泛应用于催化领域、燃料电池领域、磁性材料领域和气体传感器领域,是一种很有应用前景的功能性无机材料。
The micro-grid in this dissertation includes Gas turbine, wind power, photovoltaic power generation, fuel cell and battery energy storage device. 其次对微电网经济运行进行优化,论文中的微电网系统包括燃气轮机、风力发电、光伏发电、蓄电池储能装置和燃料电池。