发电机传动皮带的状况和张力。
发电机传动皮带张力的调整应该适度，既不能过松也不可过紧。
The tension of generator driving belt must be adjusted correctly; it can not be too loose or too tight.
这款卡车由使用氢作为燃料的内燃机驱动，装有一个功率分流传动装置，利用发电机产生的电进行功率分流。
The truck is powered by ahydrogen-fueled internal combustion engine. Vayro features a power-splittransmission that transmits the power electrically through an electricgenerator.
发动机前端附件传动轮系是一个包括空调压缩机、动力转向泵、发电机、机油泵等附件的系统，它们通过V型带或者多楔带连接。
The wheel system for automobile engine accessories consist of the compressor, power steering pump, air filter, generator, etc. which linked by a V-belt or poly_rib belt.
压力的改变驱动发动机活塞的运动，进而推动一根轴的传动，最终让发电机发电。
The change in pressure drives the engine's pistons, which drive a shaft that turns a generator to produce electricity.
风电机组的数学模型主要包括风轮机模型、传动机构模型和异步发电机模型，仿真分析了风电机组对于风速四种分量的响应。
Wind generator model includes wind turbine model, transferring structure model and asynchronous generator model. Response of wind generators to four kinds of wind speed is simulated and analyzed.
系统设计内容包含了交直流电气传动控制系统，柴油发电机组控制系统。
The system design content includes the AC-DC electric drive control system, diesel generator set control system.
随着兆瓦级风力发电机的开发，对其传动齿轮箱的设计可靠性要求越来越高。
With the megawatt class wind turbines being developed, the driving gearbox must have high reliability.
而且节能发电机的配备，使钻机传动系统更加复杂，传动效率降低，并不能真正取得节省燃料的效果。
Provided with the generator, the transmission mechanism is more complicated, and a reduction of the drive effi...
传动装置总成机械地连接引擎、电动机和发电机。
A gearing assembly mechanically couples an engine, an electric motor and an electric generator.
其次建立了风速、风电机组及发电机组数学模型，其中风电机组的数学模型主要包括风轮机模型、传动机构模型和异步发电机模型。
And then wind speed, wind generators and wind farm are modeled. Wind generator model includes wind turbine model, transferring structure model and asynchronous generator model.
因此研究风力发电机在变风速下的载荷特征及其对传动系统动力学行为的影响，对提高传动系统的可靠性具有十分重要的意义。
Because of the above reasons, the characteristic of the loads and the dynamic performances of the transmission system are very important for improving the reliability of transmission of wind turbine.
因此研究风力发电机在变风速下的载荷特征及其对传动系统动力学行为的影响，对提高传动系统的可靠性具有十分重要的意义。
Because of the above reasons, the characteristic of the loads and the dynamic performances of the transmission system are very important for improving the reliability of transmission of wind turbine.
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