[00134596]增新一代直接甲醇燃料电池性能
交易价格：
面议
所属行业：
电气电工
类型：
非专利
技术成熟度：
正在研发
交易方式：
技术转让
联系人：
苏州光华科技促进中心
进入空间
所在地：江苏苏州市
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- 产权明晰
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资料保密
对所交付的所有资料进行保密
- 如实描述
技术详细介绍
Enhanced Direct Methanol Fuel Cell Performance
技术名称：增新一代直接甲醇燃料电池性能。
Improved membrane electrode assembly (MEA) in direct methanol fuel cells (DMFC)
技术简介：改进的膜电极组件（MEA）中的直接甲醇燃料电池（ DMFC ）。
Mitigates methanol crossover through the membrane electrode assembly (MEA) to the extent that like-for-like power density compared to standard MEAs increases by 60% at 70C
应用领域：通过膜电极组件（MEA ）的程度减轻甲醇交叉，在在70C的条件下，对等的功率密度比标准的MEAs增加了60％。
Membrane Electrode Assemblies (MEAs) for Direct Methanol Fuel Cells used in portable electronic devices, light vehicles, military applications
合作对象：直接甲醇燃料电池膜电极组件（MEAS ）用于便携式电子设备，轻型车辆，军事上的应用。
Simple modification to existing manufacturing processes; increased power output; reduction of fuel required facilitating miniaturisation of DMFC; reduction of MEA cost as thinner membranes are required due to lower methanol permeability
优势：简单修改现有的制造工艺，更高的输出功率，减少小型化DMFC所需燃料，使用更薄的膜，并当降低甲醇渗透，使得MEA成本降低。
Proof of concept programme is underway to investigate optimal operating conditions. Industrial partners are sought for feedback and technology development/trials and as potential licensees. Patent application in progress.
商业化阶段：概念证明研究，寻找的最佳操作条件。正在需找工业合作伙伴和技术开发/试验。专利申请正在进行中。
Enhanced Direct Methanol Fuel Cell Performance
技术名称：增新一代直接甲醇燃料电池性能。
Improved membrane electrode assembly (MEA) in direct methanol fuel cells (DMFC)
技术简介：改进的膜电极组件（MEA）中的直接甲醇燃料电池（ DMFC ）。
Mitigates methanol crossover through the membrane electrode assembly (MEA) to the extent that like-for-like power density compared to standard MEAs increases by 60% at 70C
应用领域：通过膜电极组件（MEA ）的程度减轻甲醇交叉，在在70C的条件下，对等的功率密度比标准的MEAs增加了60％。
Membrane Electrode Assemblies (MEAs) for Direct Methanol Fuel Cells used in portable electronic devices, light vehicles, military applications
合作对象：直接甲醇燃料电池膜电极组件（MEAS ）用于便携式电子设备，轻型车辆，军事上的应用。
Simple modification to existing manufacturing processes; increased power output; reduction of fuel required facilitating miniaturisation of DMFC; reduction of MEA cost as thinner membranes are required due to lower methanol permeability
优势：简单修改现有的制造工艺，更高的输出功率，减少小型化DMFC所需燃料，使用更薄的膜，并当降低甲醇渗透，使得MEA成本降低。
Proof of concept programme is underway to investigate optimal operating conditions. Industrial partners are sought for feedback and technology development/trials and as potential licensees. Patent application in progress.
商业化阶段：概念证明研究，寻找的最佳操作条件。正在需找工业合作伙伴和技术开发/试验。专利申请正在进行中。
