The length of the wire determines the accumulation rate of electricity, while the higher the wire is placed up, the more the system will be effective. The wire must remain stiff at all times as to prevent from being pulled so as to share the force of the traction. If space is at a premium then lay the wire in a "S" shape. Be sure, however, to tie each of the extremities of the wire with NYLON  and not directly to the poles or anything else. Also, be sure to isolated the very tops of the poles with electrical tape if the poles are metal. Alternatively, use wooden tops to the poles so that there is no discharge of the static down the poles.

Requirements

1. Isolated Electrical Wire (100 Meters or more)
2. Nylon rope (5 Meters)
3. 1 x Spark Plug
4. I x Ignition coil
5. 1 x Condenser of about 40 pF and at least 1500v (4 Condensers in series of 40 pF and 400v each can also be used)
6. 1 x Silicone Diode of 300v
7. 12 v N-cD Rechargable Battery

Set up as shown below

![method 2 set up.png](https://cdn.steemitimages.com/DQmdhnPqbtgDfq8oXgiG2ngTK6tNa6rXamENNxyD5XPFj6V/method%202%20set%20up.png)

Secondary Set up

Once the wire have been laid out as above, it is time to work on some of the more important components of the system. This is extremely easy to set up i.e. see the diagram below which is very self-explanatory.

![method 2 set up 2.png](https://cdn.steemitimages.com/DQmeqQUVvdjmGwvsbF3F4HsHtdUPJ9YxaFkwXp9pHDgiwsj/method%202%20set%20up%202.png)

Note that the weather is very important. If it is windy then the efficiency of the system will increase several times over, while on the other hand, if it is very humid the efficiency diminshes. 

It is also possible to double the efficiency of the system by replacing the diode for a bridge rectifier, as to straighten both the coming semi waves from the ignition coil.

![](https://cdn.steemitimages.com/DQmUNHz5XdiyXJXtFmFojdczXMLRmKpRkzRC8jJRSQoqMw5/image.png)