Electrical Distribution System

The customized compact busway feeder unit shares the same function as the Standard compact busway feeder unit, primarily serving to introduce external power into the busway. In terms of electrical

Two sections of compact busway are connected by busway connectors in a plug-in manner. This connection method does not affect the overall current-carrying capacity or protection class of the busway

A 4000A-rated compact busway adopts a dual-conductor design. When increasing the current capacity of busways, simply scaling up conductor cross-sectional area linearly with current would create a

The triple-row conductor compact busway represents another breakthrough in the field of electrical transmission. Optimized and innovated based on the double-row conductor busway, it brings a more

Three-phase busbar systems are divided into three-phase four-wire busways and three-phase five-wire busways. The former is composed of three phase conductors (A, B, C) and one neutral conductor (N),

The new generation compact busway is an upgrade based on the traditional compact busway. The housing adopts a double-cavity heat dissipation structure design, breaking through the limitations of

Phase segregated bus duct feature an extremely compact structure, where phase conductors are tightly stacked in a sandwich configuration and fully enclosed in a metal casing. This design

The rising mains bus duct is a busway power distribution system installed in vertical power distribution scenarios such as high-rise buildings and large venues, which can efficiently solve the

The compact copper busway features high-purity copper conductors tightly wrapped by advanced insulating materials to enable compact arrangement between conductors, and is equipped with a robust

The compact aluminum busway uses lightweight aluminum conductors, which reduces the weight by about 40% compared with copper busways. This not only significantly reduces the difficulty of

The epoxy resin cast busway adopts a vacuum casting process, tightly encapsulating high-performance insulating resin and the busway enclosure into an integrated whole. Its internal sandwich structure

The epoxy cast busway elbow Sectione uses a casting process that mixes epoxy resin with a curing agent, forming an integrated sealed structure between the insulation layer and the enclosure. With a