The "flywheel" battery, it is said, could power an electric car for 600 miles on a single charge.
据说，“飞轮”电池每充电一次可驱动一辆电动汽车行驶600英里。
The picture below shows the flywheel.
下面的图片显示了飞轮。
And so you see here the idea of mounting such a flywheel under the car here.
这里你也能看到，在车底下装一个类似飞轮的想法。
When extra power is required, the flywheel is connected to the car's rear wheels.
当需要额外动力时，飞轮会连接上汽车的后轮。
Port diesel generator flywheel guard missing.
左舷发电机飞轮罩没有了。
Position clutch cover over disc and on flywheel.
把离合器盖板放在离合器片和飞轮上。
The flywheel provides a mounting location for the clutch assembly as well.
飞轮为离合器总成提供了安装位置。
Remove the upper flywheel and converter housing bolts and loosen the bottom bolts.
拆卸上部飞轮及转换器外壳螺栓，拧松底部螺栓。
The drive train consists of the parts from the back of the flywheel to the wheels .
传动系由飞轮背面到车轮之间的部件组成。
It is only when the clutch disc is slipping against the flywheel that wearing occurs.
只有当离合器盘在飞轮上打滑时，才会出现磨损现象。
The heavier the flywheel or the larger its diameter the smaller will be the speed changes.
飞轮质量越重或其直径越大，其速度变化率就越小。
The clutch only wears while the clutch disc and the flywheel are spinning at different speeds.
只有当离合器盘和飞轮转速不同的时候，离合器才会磨损。
The energy of the flywheel is stored in this rapid rotation, which generates electricity on demand.
飞轮的能量就储存在快速的旋转中，需要的时候就可以产生电力。
The flywheel mounts to the engine's crankshaft and transmits engine torque to the clutch assembly .
飞轮安装在发动机曲轴上，它将发动机的扭矩传递给离合器总成。
Each flywheel can store a 15-minute, 100-kilowatt charge and can discharge 150, 000 times over 20 years.
每个飞轮能存储15分钟的100千瓦电量，而且能在20年间放电15万次。
Dynamic behavior of centrifugal flywheel governor system subjected to external disturbance was studied.
研究了一类受外部扰动的离心调速器系统的动力学行为。
Velkess has a promising flywheel system that the company claims could reduce storage costs by a factor of 10.
Velkess提供一种号称能将储能成本降低10倍的有前途的飞轮系统。
A mathematical model of the system was built using a vector-controlled induction machine driving a flywheel.
基于飞轮储能系统里矢量控制的感应电机，建立了系统的数学模型。
Using voltage feedback control, the constant power output is achieved during the flywheel discharging period.
在飞轮能量释放过程中，利用电压反馈控制，负载能获得恒定的电功率。
The mechanical energy of flywheel is charged or discharged by controlling the speed of the induction machine.
采用感应电机调速控制，实现了飞轮中机械能的存储和释放。
The design methods of a flywheel with variable equivalent mass moment of inertial are presented in this paper.
提出了一种变等效转动惯量飞轮的设计方法。
This method didn't need to integrate the torque control command of every flywheel and reduced calculation amount.
这种方法不需要对每个飞轮的力矩控制信号进行积分，减小了计算量。
Improvement is made to the positioning feller gauge in flywheel keyway broaching machine by V-type auto center align.
利用V型块自动对中定位原理，对飞轮键槽拉床定位塞尺进行改进。
The new technology of flywheel energy storage has great research values and a vast range of prospects in applications.
飞轮储能是一种研究价值高、应用前景广阔的新技术。
At high rotational speeds, the gyroscopic effect of flywheel rotor is the major factor that influences rotor stability.
磁悬浮飞轮转子在高转速下表现出的陀螺效应是影响系统稳定性的主要因素。
The crank reference pulse originates from a variable reluctant pickup which senses a projection on the engine's flywheel.
曲柄参考点脉冲信号由一个变磁阻传感器产生，它从发动机飞轮上的突起感受信号。
In order to ensure the reliability of flywheel bolt connection, stress analysis of bolt is performed using contact analysis method.
为了确保飞轮螺栓连接的可靠性，采用接触分析法对螺栓进行了应力分析。
The technology of using carbon fiber composite flywheel to store energy is a new technology highly developed recently in the world.
利用碳纤维复合飞轮储能是近年来在国际上得到蓬勃发展的一种新型储能技术。
The technology of using carbon fiber composite flywheel to store energy is a new technology highly developed recently in the world.
利用碳纤维复合飞轮储能是近年来在国际上得到蓬勃发展的一种新型储能技术。
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