here the 「victoria」 horizontal is shown in action with the flywheel spinning.
这里的「维多利亚」横向是表现在行动上与以飞轮纺纱。
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。
and then i will show you that that can be converted back into forward motion in this case, it「s very easy because the flywheel itself is the wheel.
然后我将给你们展示,它是如何转化到,接下来的行动中的,在这个例子中很简单,因为飞轮就是车轮。
there are principally two types of system - battery (electrical) and flywheel (mechanical).
现在该系统有两种主要的类型-电池(电子型)和飞轮(机械型)。
this is the basic unit. it didn」t avoid 「innovations」. the original structure of the turbine has been changed. the original flywheel – replaced with a pulley.
这是一个机组底座。他没有规避任何的「创新」。改变了涡轮机最初的构成,原始的调速轮也换成了滑轮组。
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。
do you see it? that the flywheel itself is the wheel of the car, but the idea is there.
看到没?飞轮本身,就是车轮,而创意就在于。
he had already built his own recording lathe, using and old cadillac flywheel and a turntable and hooking it up to a jukebox motor with dental-drill belts.
他已经建立了自己的唱片生产线,使用老的凯迪拉克的飞轮和一个转盘,通过牙鉆带绑在1点唱机电机上。
mechanical systems capture braking energy and use it to turn a small flywheel which can spin at up to 80,000 rpm.
机械系统从剎车中捕获能量,并用来旋转一个转速可以高达80,000rpm的小飞轮。
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。
i'm going to give this flywheel a lot of kinetic energy of rotation, and you will see shortly how i do that.
我準备给这飞轮,很多的旋转动能,一会儿你们就能看到。
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。
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。