Electrical transmission towers are what holds power lines up. These towers are made of steel and have an openwork lattice design.
50,000AnswerIt depends upon the function of the power line, and where it is situated. For example, in the UK, transmission lines operate up to 400 kV; distribution lines run up to 132 kV; low-voltage lines run up to 400 V.
Flying a kite near a pylon is dangerous because the kite string can conduct electricity from the power lines, leading to electric shock or injury. Additionally, the kite may get entangled in the power lines, causing damage to the lines and potential power outages. It's best to fly kites in open, clear areas away from any overhead power lines.
This can vary on the power lines and trees. Typically it would not be the snow, but the ice, which would cause problems, though. Icicles forming on overhead power lines, weighing them down, or icicles on tree branches, causing them to bend or break and fall into the power lines, would be the most common problems in winter weather, rather than a certain amount of snowfall.
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Blizzards lose power because some power lines freeze and other get knocked over with harsh winds.
there are no underground power lines but a zone holds it (power) cause the buildings need power so they hold it. and form like a circuit or you call it a underground power line.
Power lines are made of aluminum, because they are exceptional conductors of both heat and electricity.
God holds world power.
look up the pole
50,000AnswerIt depends upon the function of the power line, and where it is situated. For example, in the UK, transmission lines operate up to 400 kV; distribution lines run up to 132 kV; low-voltage lines run up to 400 V.
there are no power lines in heaven
The sleet clings to power lines and transformers. As the weight of this ice builds up, it breaks the line away from the power pole. It also knocks branches from trees which can also break the power lines.
No, but the main concern is that they don't get tangled up in power lines.
A step-up transformer is a transformer that increases voltage that is transferred through power lines.
The middle of a sailboat that holds up the sails is called the mast. The mast is a vertical pole that supports the sails and rigging, allowing the boat to harness wind power for propulsion. It is typically made of wood, aluminum, or fiberglass, depending on the boat's design and purpose. The sails are attached to the mast with various lines and hardware to facilitate adjustments for optimal sailing performance.
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Power stations use step-up transformers to transmit power at a high voltage instead of a high current. This reduces the power lost in the transmission lines.