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University of Waterloo's Hydrogen Fuel Cell Choice Meets The Reality of Canada's Winter by Using Model-Based Design

机译:利用基于模型的设计,滑铁卢大学氢气燃料电池选择符合加拿大冬季的现实

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Developing a hydrogen fuel cell vehicle in three years is not a trivial task for any group of engineers. It is even worse still when you consider the climate it will be subjected to in Canada. For four months of the year, our vehicle remains inside of a heated garage, away from the cold ice and snow. Actual vehicle data is collected during the eight warm months of the year to construct empirical models. Software-in-the-loop and hardware-in-the-loop methodologies were used to tune our vehicles using the models that were constructed using actual vehicle data. Without MATLAB and Simulink from The MathWorks, our winters would be a lot less productive.
机译:在三年内开发氢气燃料电池车辆对任何一组工程师来说都不是一个微不足道的任务。当您考虑在加拿大遭受气候时,它仍然更糟糕。今年四个月,我们的车辆仍然在加热的车库内,远离冷冰和雪。在一年中的八个温暖的月份收集实际的车辆数据,构建经验模型。循环软件和循环模式的方法用于使用使用实际车辆数据构造的模型来调整我们的车辆。没有Matlab和MathWorks的Simulink,我们的冬季将效率更少。

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