单人操作燃料电池车的运行管理

Y. Namekawa, S. Yamaguchi, T. Yamazaki, Y. Takahashi
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引用次数: 13

摘要

我们正在开发一款小型、单人操作的燃料电池车,配备1kW的燃料电池,我们将其命名为微型FCV。设计了一种基于DCDC变换器的混合能量控制系统。我们已经参加了一项小型燃料电池汽车竞赛,即2011年世界绿色挑战赛(WGC 2011),该竞赛要求参赛者开发出以低成本提供最佳性能的车辆。在没有加速或低功率模式的平坦路面上行驶时,使用燃料电池。当车辆在高功率模式下运行时,即在加速或上升斜坡时,使用电池和燃料电池。微型计算机控制的混合能量控制系统根据功率需求在能量流之间切换。运行实验提供了积极的性能结果,表明微型燃料电池汽车能够使用我们开发的混合能量控制系统高效运行。本文讨论了微型燃料电池汽车的运行管理问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Running management of single operator fuel cell vehicle
We are developing a small, single operator fuel cell vehicle with a 1kW fuel cell, which we named the micro FCV. A hybrid energy control system using a DCDC converter was designed for the vehicle. We have entered into a micro FCV competition, the World Green Challenge 2011 (WGC 2011), which challenges participants to develop vehicles which would deliver optimum performance at a low cost. During travel on flat surfaces using no acceleration, or low power mode, a fuel cell is used. A battery and the fuel cell are used when the vehicle operates in high power mode, i.e. while accelerating or ascending an incline. A micro computer controlled hybrid energy control system toggles between the energy flows dependent on the power requirements. Running experiments provided positive performance results demonstrating that the micro FCV was able to operate efficiently using the hybrid energy control system we developed. This paper discusses the running management of the micro FCV.
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