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    • 2. 发明授权
    • Hybrid drive and operating method therefor
    • 混合动力及其操作方法
    • US5785136A
    • 1998-07-28
    • US616574
    • 1996-03-15
    • Bernd FalkenmayerPeter Antony
    • Bernd FalkenmayerPeter Antony
    • F02B1/02F02B43/00F02B43/08
    • F02B1/02B60L11/123F02B43/00Y02T10/32Y02T10/6217Y02T10/7005Y02T10/7077Y10S123/12
    • The hybrid drive arrangement according to the invention has a thermal engine that can be operated on a fuel containing hydrocarbons and capable of generating hydrogen. A storage device is provided for the fuel, with an energy storage device for the energy generated by the thermal engine. A drive motor is supplied, depending on the operating state, by the energy from the thermal engine and/or the energy storage device, as well as a method for operation thereof. A hydrogen-generating unit connected to receive fuel from the fuel storage and generates hydrogen from the fuel. The thermal engine is designed for optional operation on the fuel that can be supplied from the storage device or on the hydrogen that is generated. According to the method, the thermal engine is operated in a higher driving load range on the fuel containing the hydrocarbons and on the hydrogen in a lower driving load range, as well as during starting and warmup, at a stationary emission-minimizing operating point, with any remaining power requirement being covered by the energy storage device.
    • 根据本发明的混合动力驱动装置具有能够在含有碳氢化合物并能够产生氢气的燃料上操作的热力发动机。 为燃料提供存储装置,其具有用于由热发动机产生的能量的能量存储装置。 根据运行状态,通过来自热力发动机和/或能量存储装置的能量提供驱动电动机以及其操作方法。 连接用于从燃料储存器接收燃料并从燃料产生氢气的氢气发生单元。 热力发动机设计用于可以从存储装置或所产生的氢气供应的燃料上的可选操作。 根据该方法,热发动机在含有烃的燃料和在较低的驱动负载范围内的氢气以及在启动和预热期间在固定的排放最小化工作点的较高的驱动负载范围内运行, 任何剩余的电力需求被能量存储装置覆盖。