UC知道电机(风力发电机)专业英语在线翻译
来源：百度知道 编辑：UC知道 时间：2024/07/13 02:34:05
Induction machine dynamic analysis
When a constant torque is applied to the rotor of an induction machine it will operate at a
fixed slip. If the applied torque is varying, then the speed of the rotor will vary as well. The
relationship can be described by:
H U
U
(5.4.28)
where J is the moment of inertia of the generator rotor, U is the angular speed of the
generator rotor (rad/s), H is the electrical torque and U is the torque applied to the
generator rotor.
When the applied torque varies slowly relative to the electrical grid frequency, a quasi
steady state approach may be taken for the analysis. That is, the electrical torque may be
assumed to be a function of slip as described in Equation 5.4.27 and preceding equations.
The quasi steady state approach may normally be used in assessing wind turbine dynamics.
This is because the frequency of fluctuations in the wind i
When a constant torque is applied to the rotor of an induction machine it will operate at a
fixed slip. If the applied torque is varying, then the speed of the rotor will vary as well. The
relationship can be described by:
H U
U
(5.4.28)
where J is the moment of inertia of the generator rotor, U is the angular speed of the
generator rotor (rad/s), H is the electrical torque and U is the torque applied to the
generator rotor.
When the applied torque varies slowly relative to the electrical grid frequency, a quasi
steady state approach may be taken for the analysis. That is, the electrical torque may be
assumed to be a function of slip as described in Equation 5.4.27 and preceding equations.
The quasi steady state approach may normally be used in assessing wind turbine dynamics.
This is because the frequency of fluctuations in the wind i
感应电机动态分析
当一个恒转矩用于转子异步机是将操作的
固定滑倒。如果适用,然后转矩变化的速度会有所不同的转子等。这个
关系都可以描述为:
H型
哪里是惯性转矩的发电机转子,你是角的速度吗
发电机转子(rad / s),当应用矩随相对缓慢的电网频率、准吗
可以采取稳态法进行了分析。这是转是可能的
假设一个函数中描述的一样,5.4.27方程和前方程。
这个准稳态法可用于评估通常风力涡轮动力。
这是由于频率波动风振力矩和那些
机械振动通常是远远小于电网频率。诱导
以这种方式使用发电机方程的应用,例如,在动态的风力涡轮
驾驶火车模型的基础上,DrvTrnVB。这是Manwell描述等。(1996)。值得注意的是异步电机是有点“软性”在他们的动态
应对变化的情况比是同步的机器。这是因为感应
机器的速度进行小而显著的改变(滑转矩)
改变。同步机,因为以前,在恒定的速度,用
只有力量的转矩随角变化。因此有非常同步机
“硬”反应条件。波动
感应电机动态分析.
当恒定转矩作用于异步发电机的转子，它将产生一个恒定的转差。如果作用的转矩是变化的，那么转子的转速也随着改变，他们的关系可以用以下公式来描述：
。
。
。
设J为发电机转子的转动惯量，U为发电机转子的角速度；H为电转矩，U就是施加到发电机转子上的转矩。
。
。
。
因此，同步电机比异步电机具有更“硬”的电气特性。
我可以帮你解决 但是你一点分都不给 我不是白忙活了吗 看看下面都翻了些什么 哈哈