Recently, Pingba District Power Supply Bureau to fully open the spring safety inspection work, the equipment to carry out a comprehensive "physical examination", checking the equipment hidden problems, and in the electric power towers charged with the addition of bird repellent to prevent birds nesting, to protect the safe and stable operation of the power grid.
What are the risks associated with birds nesting on transmission lines?
1. Bird nesting materials include a wide variety of items, including wire and other metal objects, which, if dropped on electrical equipment, are highly susceptible to line discharge tripping accidents. In wet weather, wet branches can become electrically conductive, causing overhead transmission lines to trip.
2, bird droppings itself has corrosive and conductive, on the one hand, will corrode the power equipment, reducing its service life, on the other hand, bird droppings will form a conductive channel, causing the tower air gap breakdown, or bird droppings attached to the insulator will cause flashover along the surface, resulting in the line tripping.
3, large birds after spreading their wings, the size can reach 1 to 2 meters, so that the air gap distance between the phases of the overhead transmission line or between the opposite side of the ground is reduced, resulting in air breakdown caused by line tripping. This may also happen when small groups of birds concentrate together and play around.
How can these risks be avoided?
True Bird Repellent Technology - Intelligent Strong Sound Bird RepellerZQN-DL-QS, can stimulate the auditory nerves of birds through strong sound waves, so that the birds actively stay away, and effectively solve the problem of bird infestation on all kinds of places in the power system.
The equipment consists of cluster strong acoustic wave system, control system, solar power supply system, low power consumption, wide frequency range, spreading effective radius of more than 200 meters, only a small amount of deployment, can achieve a wide range of bird repellent effect. Its surface undergoes a special multi-layer heat treatment process, which enables it to adapt to the harsh working environment in the field and operate stably in most places.
