There are some things that need to be considered before the final conclusion can be reached. The purpose of this article is to acquaint you with some of these things and hopefully assist you in determining what height is appropriate for your pylon.
First, consider the overall height of the structure itself. Your pylons must not exceed two and a half feet for residential use. In some cases where the electric poles will be placed around a pond or lake, the height requirements might be much less. If you have a very large structure that will be required for supporting a lot of weight then you should definitely look into the height requirements for your pylons.
Next take a look at the actual foundation of the pylon. The base or foundation should be sturdy and solid. This will ensure a long life for your pylon and it will certainly last longer than the electrical cable. You may also want to consider the depth of the ground in which the pylon will be situated. This may impact upon the voltage drop that will take place when there is an underground drop.
What insulation do you plan to utilize around your pylon? It is highly recommended that you place a ground insulation material under the pole. This will help to reduce the amount of voltage that will be conducted through the ground. Along with this, you should look into any type of coating that is applied on the outside of the pole. This may be a slab of rubber that is placed over the surface of the pole.
If you are in a situation where there is an issue with the height of your pylons and you need an electrical cable that is able to handle a higher load then you can consider a cable that is eight feet in length. There are many companies out there that specialize in this particular cable. The length of the cable will impact the voltage that is handled at any given time. The longer the cable the more inches it will cover. The actual distance that the cable is from the nearest electrical point will impact the height of the pylon as well.
One thing that should be made clear is that the height of an electrical pole will have an impact on the height of a pylon. This is so because the height of a pylon is primarily determined by the height of the electric cable that is connected to it. When looking at the question of how tall are electricity pylons, one will need to take this into consideration. The amount of time that it takes to install a pylon will also factor into how tall it can be.
Once you have considered the issues that involve the height of a pylon then you should go back to the question of how far away the potential voltage is that an electric cable will be pulling. The distance that an electrical wire has to travel is referred to as the ground loop. The ground loop is the distance that an electric cable has to travel before it comes into contact with any conductors in a building. There are three components of ground loops. There are the ground loop, the earth wire and the surrounding area that are in close proximity to the earth wire.
There are some things that will affect the height of a pylon and these things include the material that is being used to make the pylon. A good example of this would be the galvanized steel pylon. While metal is commonly used to make the pylon the material that is used can impact the height of the pylon. The most commonly used material for the pylon is aluminum. This is because aluminum is a very durable metal that is safe to handle in large electrical storms. The taller a pylon is the higher the voltage will have to be in order for it to withstand a substantial thunderstorm.