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Analysis of Energy Consumption and Possibility of Further Reduction of a Fuel Cell Garbage Truck

机译:燃料电池垃圾车的能耗及进一步减少的可能性分析

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emissions of a conventional diesel engine garbage truck, we developed an electric motor driven fuel cell garbage truck. It was designed based on analytical result of two garbage collection routes, Kanmon-route and Imajuku-minami route of Shunan City of Yamaguchi Prefecture, Japan. It was trial produced to satisfy the same driving performance as a conventional diesel engine garbage truck. A chassis dynamo test was performed to compare the vehicle component energy consumption with a conventional diesel engine garbage truck during two driving scenarios, general driving (Tokyo No. 8 mode) and garbage collection driving (Tokyo garbage collection mode). From the chassis dynamo test, the energy consumption reduction rates when the diesel vehicle was replaced by the fuel cell vehicle were 69% in the Tokyo No. 8 mode and 81% in the Tokyo garbage collection mode. The CO
机译:由于排放了传统的柴油发动机垃圾车,我们开发了电动机驱动的燃料电池垃圾车。它是根据日本山口县周南市的关门路线和今宿南路线这两个垃圾收集路线的分析结果设计的。经过试验生产,可满足与常规柴油发动机垃圾车相同的行驶性能。进行了底盘发电机测试,以比较在常规驾驶(东京8号模式)和垃圾收集驾驶(东京垃圾收集模式)这两种驾驶情况下车辆部件能耗与常规柴油发动机垃圾车的能耗。根据底盘发电机测试,在东京八号模式下,柴油车被燃料电池车替代时的能耗降低率为69%,在东京垃圾收集模式下,能耗降低率为81%。一氧化碳

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