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首页> 外文期刊>Fortschritt-Berichte VDI, Reihe 12. Verkehrstechnik-Fahrzeugtechnik >Hydrogen Fuel Cell Technology as a Key Element of the Energy Transition
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Hydrogen Fuel Cell Technology as a Key Element of the Energy Transition

机译:氢燃料电池技术是能源转型的关键要素

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The BMW Group has more than 30 years development experience with hydrogen as energy storage medium and is a leader introducing electric mobility solutions. Increasing renewable electricity production intensifies the disruption of variable generation on the grid. Thus, large temporal and regional electricity supply excesses and shortages arise. Approaches towards equalization of locally exceeding electricity production include: Grid extension, smart grid deployment, incentives for provision of electricity balancing and storage technologies. Power-to-hydrogen is a very promising candidate for such storage capability due to fast dynamics, scalability and ability to decouple power and energy requirements. Particularly for mid to long-term storage of large (MWh to TWh) electricity quantities, hydrogen is a key enabler of a clean energy economy and will provide increasing benefits as a transportation fuel. A successful market introduction of hydrogen based mobility requires the effective deployment of filling station infrastructure, regional approaches are presented. BMW Group presents the FCEV prototype vehicles based on the BMW 5GT and reports of most recent testing results. Main objective is the proof of technology readiness and suitability for daily use.
机译:宝马集团在氢作为储能介质方面拥有30多年的开发经验,是引入电动解决方案的领导者。可再生电力生产的增加加剧了电网可变发电的破坏。因此,出现大量的时间和区域电力供应过剩和短缺。实现本地发电量均衡的方法包括:电网扩展,智能电网部署,提供电力平衡和存储技术的激励措施。氢动力由于具有快速的动态性,可扩展性以及将功率和能量需求分离的能力,因此非常适合此类存储能力。特别是对于大量(MWh至TWh)电量的中长期存储,氢是清洁能源经济的关键推动力,并且将作为运输燃料提供越来越多的收益。氢基流动性的成功市场引入要求加油站基础设施的有效部署,并介绍了区域方法。宝马集团展示了基于BMW 5GT的FCEV原型车,并报告了最新的测试结果。主要目标是证明技术准备就绪并适合日常使用。

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