During the construction process or office renovation, greater maneuverability is required, such as regular readjustment of assembly lines. In such cases, a more suitable choice for the power distribution system is enclosed bus ducts. The enclosed bus duct combines mobility, economy, and reliability, and plays an increasingly important role in both commercial buildings with increasing power loads due to the installation of network servers and in the design of modern industrial production equipment.

If the installation of enclosed bus ducts does not meet the regulatory requirements, it is easy to cause short circuits. The installation environment of enclosed bus ducts is often not a clean place, so it is necessary to prevent construction waste from entering the joint during installation. Before installing the sealing plate at the joint, a vacuum cleaner should be used for cleaning. Some units have placed the machining and assembly of enclosed bus ducts in the same large workshop, which is an incorrect layout. The two must be distributed in two isolated workshops to avoid metal shavings generated by machining from entering the enclosed bus duct shell due to personnel movement. The contact or joint parts of the enclosed busbar duct are prone to heating during use, or insufficient consideration of the busbar's current carrying capacity can also cause the busbar duct to heat up.

Therefore, when selecting the capacity of the enclosed bus duct in specific engineering design, it is necessary to fully calculate the actual electrical load of the building, take into account the influence of the surrounding environmental temperature, and leave a margin. The distribution system plays an increasingly important role in industrial production due to its mobility, economy, and reliability. We can and do discuss how electricity is generated, but we have to admit that every field of our life and work requires electricity. Based on the characteristics of circuit voltage, power load, and building planning, there are several feasible methods to allocate energy while meeting these prerequisites.

A common practice in residential and commercial construction is to form a circuit network consisting of cables or conduits installed in floors, walls, and ceilings, and to extract interfaces from different fixed points for connection to connectors or sockets used for lighting or household appliances. The use in local locations has to some extent reduced the investment in personnel, materials, and machines for traditional cables, cable trays, and pre branch cables, and greatly improved the forming effect after installation. Bus ducts generally adopt plug-in installation and tapping methods. The so-called plug-in bus duct is to use the method of plugging to connect the power supply of the main line to the branch line, leaving a plug-in box every few meters, so the tapping is very convenient. As long as the busbar trunking system is installed and operated according to specifications, there is basically no need to replace components, only routine inspections of the surrounding environment are required.