The young inventor watched in antic

The young inventor watched in anticipation and excitement as miniature bolts of
lightning began to leap from the Tesla coil. The electricity from the coil
2
was split by the
static charge generators which were attached to electrical nodes. Half the nodes went
nowhere, into the ground. The energy there was wasted. This was on purpose, and
essential. One of the biggest problems
3
in harvesting the energy from lightning is that
there is too much of it. So, any storage cells
4
used could be quickly overloaded and
ruined. The other half of the nodes fed the energy harvested from the coil into wires.
These wires first passed the energy through transformers and then fed it into the storage
cells which were basically car batteries Pung had rigged.

結果 (繁體中文) 1:

年輕的發明家的期盼和興奮地看著微型螺栓閃電開始飛躍從特斯拉線圈。線圈的電2通過拆分靜電發生器相連電氣節點。一半的節點去一事無成，進入地下。那裡的能量被浪費。這是故意的和必不可少。最大的問題之一3在收穫來自閃電的能量是還有太多。這樣，任何存儲儲存格4使用可能會有快速重載和毀了。節點的另一半喂到電線從線圈收穫的能量。第一次通過變壓器的能量，然後將它送入存儲這些電線基本上是汽車電池的細胞珍有操縱之嫌。

結果 (繁體中文) 2:

年輕的發明家在期待和興奮看著微型螺栓
閃電開始從特斯拉線圈的飛躍。從線圈用電
2
被分割
而分別連接到電節點靜電發電機。一半節點去
無門，入地。能量有被浪費了。這是有目的的，和
必要的。其中最大的問題
3
在從閃電收穫的能量是
有太多的它。因此，任何存儲單元
4
使用可以迅速過載而
毀了。節點的另一半送入從線圈到電線收穫的能量。
這些電線第一至變壓器傳遞的能量，然後饋送入存儲
其中基本上汽車電池彭已操縱細胞。

結果 (繁體中文) 3:

年輕的發明家在期待和興奮的小螺栓的微型螺栓閃電開始從特斯拉線圈上跳下。線圈的電二被分割連接到電力節點的靜態電荷發生器。一半的節點去無處，到地。浪費的精力。這是故意的本質。最大的問題之一三在收穫閃電的能量是有太多的它。囙此，任何存儲單元四使用的可能會迅速超載毀了。另一半節點的能量從線圈中收穫到導線。這些電線首先通過變壓器的能量，然後將其送入儲存這基本上是我們的汽車電池操縱的細胞。