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首页> 外文期刊>Electric & Hybrid Vehicle Technology International >Arriving on the next platform: a purposed-designed development tool for purposed-designed hybrid
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Arriving on the next platform: a purposed-designed development tool for purposed-designed hybrid

机译：到达下一个平台：针对目标设计的混合动力的针对目标设计的开发工具

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摘要

Ever-increasing vehicle-level requirements for CO{sub}2 and harmful emissions have resulted in increasing powertrain complexity and electrification. Engineers are now facing tough questions on how to reach future targets with acceptable cost, performance and reliability. But is the solution a hybrid system? If the answer is yes, what is the most effective architecture, considering parts commonality and cost? And what is the effect of starter-alternator functionality on battery life? To tackle this minefield of possibilities successfully, accurate information is required to make optimal decisions during development. In order to assist customers in achieving their goals, TNO Automotive has developed techniques for hybrid systems development that are based on advanced simulation and test technology.
机译：车辆级对CO {sub} 2的要求和有害排放物的不断增加，导致动力总成系统的复杂性和电气化程度的提高。工程师现在面临着如何以可接受的成本，性能和可靠性实现未来目标的棘手问题。但是解决方案是混合系统吗？如果答案是肯定的，那么考虑零件的通用性和成本，最有效的架构是什么？起动发电机功能对电池寿命有什么影响？为了成功解决这个雷区，在开发过程中需要准确的信息来做出最佳决策。为了帮助客户实现其目标，TNO Automotive已开发了基于先进仿真和测试技术的混合动力系统开发技术。

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