The 35kV bus is an important part of the power system and undertakes the key task of power transmission and distribution.
As a 35kv bus manufacturer, the quality and performance of its products play a vital role in the operation of the power system.
This article will provide an in-depth analysis of the 35kv bus and its related content to help readers better understand and understand this important equipment.
1.Overview of 35kv busbar A 35kv busbar is a type of power conductor used in high-voltage transmission and distribution systems, consisting of a set of conductors, usually made of high-purity copper or aluminum.
Its main role is to transmit the electric energy generated by the power plant to the substation and distribute it to various power users within the substation.
The 35kV bus has the characteristics of strong carrying capacity, low loss, safety and reliability, and is widely used in various power systems.
2.The structure and process of the 35kv busThe structure of the 35kv bus includes several parts, such as conductor, insulation, shielding, and outer sheath.
The conductor is the core part of the 35kV bus, which undertakes the task of electrical energy transmission and requires good conductivity and mechanical strength.
The function of the insulation layer is to prevent the conductor from coming into contact with the external environment to avoid electric shock accidents and power loss.
The shielding layer can effectively suppress electromagnetic radiation and external interference, and improve the anti-interference ability of the busbar.
The outer sheath plays a protective and beautifying role.
In the manufacturing process of 35kV busbar, a series of processes are required for processing and assembly.
First of all, high-purity copper or aluminum materials are selected for fabrication to ensure electrical conductivity.
The conductor is then drawn, extruded and wrapped in multiple processes to achieve the desired size and shape.
At the same time, in the processing process, insulation treatment and shielding treatment are required to ensure the insulation and anti-interference ability of the product.
3.Performance and Advantages of 35kV Bus35kV Bus has a number of excellent properties and advantages.
First of all, it has high electrical conductivity and current carrying capacity, which can meet the needs of high-voltage transmission and distribution.
Secondly, the electrical performance of the 35kV bus is stable, the loss is low, and it is not easy to be interfered by the outside world.
In addition, the installation and maintenance of the 35kV bus bar is relatively simple, with high reliability, saving labor and material costs.
4.Application Scenarios of 35kV Bus35kV bus is widely used in different types of power systems, including power plants, substations, industrial and mining enterprises, urban power supply and other fields.
In large-scale power systems, the 35kV bus undertakes the task of transmitting electrical energy from the power plant to the substation
In industrial and mining enterprises, 35kV bus is used for power supply and distribution of power distribution systems;
In urban power supply, the 35kV bus undertakes the important task of supplying power to residential and commercial buildings.
As an important transmission and distribution equipment in the power system, the quality and performance of 35kV bus are very important for the operation of the power system.
Through the in-depth analysis of the 35kV bus, we can better understand and understand the structure, process, performance and application scenarios of this equipment.
It is believed that in the near future, with the continuous progress of science and technology and the increase of demand, 35kV bus will continue to be widely used and developed.