可以一起菊花链转换的USB-C设备/控制器的最大数量是多少？

嗨，丽莎，
谢谢你的快速反应。关于α2，我们非常希望从相同的USB总线上为所有机器人提供动力。唉，由于空间/成本的原因，我们不能把电池放在每个机器人上，而且我们不能从墙上的插座上运行100个单独的电源线。
这似乎是一个不可能的问题，但是否有任何技术来“传播”或“放大”在每个设备（机器人）的力量，使菊花链中的每一个机器人都能收到30W？例如，虽然整个100个机器人车队可以绘制3000 0W（100×30W），但3000个W分布在100个机器人中。
我读了更多的规范，有一个提到“USB -C通过充电”。每一个机器人都能把动力传递给下一个机器人吗？
不幸的是，我对电源分配/负载方案一无所知，所以对如何解决我们的机器人车队的电力需求的任何其他建议都将受到极大的赞赏。
简而言之，这里是期望结果的图表，即一个电源馈送所有100个机器人。
01 02 03 03
+----+ [ [ ] ] [ [ ] ] [ [ ] ]
“幂”--- [[^ ] ] -[[y] ] -[y]〔α〕
+---+~（？）
再次感谢你的帮助。
兰迪。



     以下为原文
  Hi Lisa,
 
Thanks for the quick response. Regarding #2, we would very much like to power all the robots from the same USB-C bus. Alas, due to space/cost reasons, we can't put a battery in each robot and also, we can't run 100 individual power cords from the wall outlet.
 
This may seem like an impossible question, but are there any techniques to "propagate" or "amplify" the power at each device (robot) so that every robot in the daisy chain can receive 30W? For example, while the entire 100 fleet of robots may draw 3,000W (100 x 30W), the 3,000W is distributed among the 100 robots.
 
I was reading the spec some more and there is a mention of "USB-C pass through charging". Could each robot "pass through" the power to the next robot?
 
Unfortunately, I don't know anything about power distribution/load schemes, so any other suggestions on how to solve the power requirements for our fleet of robots would be greatly appreciated.
 
In a nutshell, here is a diagram of the desired outcome, i.e. one power source feeding all 100 robots.
 
                    01          02           03           100
+------+         ['']           ['']            ['']            ['']
|Power| ---└[__]┘---└[__]┘---└[__]┘ ... └[__]┘
+------+          ||             ||            ||               ||
 
Thanks again for your help.
Randy.