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Civan Lasers, Fraunhofer ILT, and Smart Move to develop faster bipolar welding feed rate for EV fuel cells

机译:Civan激光、弗劳恩霍夫教师和明智之举为电动汽车开发送双焊接速度更快燃料电池

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摘要

Dynamic beam lasers may provic the automotive industry with a technological solution for economically mass-producing clean-energy engines through increased feed rate for bipolar welding, according to recent findings taking place at the Eureka Project in the Fraunhofer Labs in Aachen, Germany. As the automotive industry shifts to e-mobility, manufacturers are also shifting from combustion engines to fuel cell engines. The challenge to produce these fuel cells efficiently lies in welding the bipolar plates-thin plates of just hundreds of microns.
机译:动态光束激光可能provic汽车行业的技术解决方案大规模生产清洁能源经济引擎通过增加饲料率为双相焊接,根据最近的结果的发生弗劳恩霍夫尤里卡工程实验室在亚琛,德国。电动车,制造商也在转变内燃机燃料电池发动机。挑战这些燃料电池高效生产在于焊接双相plates-thin板块只是几百微米。

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