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首页> 外文期刊>ATZ Electronics Worldwide >Draxlmaier: Tesla: Rivian: Lucid: Guard Knox: BMW: Three-Net Physical Architecture Can Lead to Mass Produced Wire Harnesses
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Draxlmaier: Tesla: Rivian: Lucid: Guard Knox: BMW: Three-Net Physical Architecture Can Lead to Mass Produced Wire Harnesses

机译:Draxlmaier:特斯拉:Rivian:Lucid:Guard Knox:宝马:三网物理架构可导致大规模生产线束

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Earlier this year we connected with Draxlmaier's chief technical officer, Markus Junginger, to get the company's take on where the physical EE architecture - the wiring harness and ECUs-needs to go from here. Major change may be brewing in the quiet and steady world of wiring harnesses. According to Junginger, 80 of wiring harnesses could be mass produced five, or so, years from now in next-generation vehicles by strictly limiting physical variations and employing the company's novel three-network harness concept. Today the vast majority of wire harness production is highly labor intensive. "My colleagues are going to kill me for saying this but physical variance is bad, asserted the CTO, "Tesla's Elon Musk proved that having only two or three major physical variants and doing everything else by software requires a fully equipped car. While some customers might be paying too little for that car, the vast majority of customers are paying enough in excess of the car's cost that the business model flies."
机译:今年早些时候我们Draxlmaier联系在一起的Markus Junginger,首席技术官物理EE的公司承担架构——线束和ECUs-needs从这里去。线束的安静和稳定的世界。根据Junginger,线束的80%有利于大规模生产5左右,年吗现在在新一代汽车严格限制物理变化和用人公司的小说三家网络利用的概念。今天绝大多数的线束高度劳动密集型生产。同事都说这要杀我但断言CTO物理方差是坏的,“特斯拉的Elon Musk证明只有两个或三个主要物理变异和做的事情一切完全由软件需要汽车装备。为那辆车支付太少,绝大多数客户支付足够的多余的汽车的成本,商业模式苍蝇。”

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