Lamilated Busbar

01-Introduction to laminated busbar

Ø A revolutionary in modern power distribution systems,It is a multi-layer composite structure connecting busbar. Which are typically composed of conductive materials such as pure copper, brass, and aluminum alloys, electroplated with nickel/silver/tin, and insulating materials such as epoxy resin, polyester, and aramid.

Ø The conductive layer is made of metals with excellent conductivity, while the insulation layer is made of materials with high dielectric ratio and breakdown voltage to ensure electrical isolation and prevent short circuits. The insulation layer and conductive layer are integrated through lamination technology to form a new type of composite material

02-Advantages of Laminated busbar

Ø Less overall cost

Ø High reliability: Modular design for easy installation and on-site service

Ø Space saving: Compact structure effectively saves internal installation space

Ø Anti interference: Reduce system noise, electromagnetic interference, and radio frequency interference, minimize damage to components caused by voltage commutation spikes, and extend the service life of electronic components

Ø Low impedance: reduces line losses and enhances high current carrying capacity

Ø Excellent heat dissipation performance: usually easier to dissipate and cool than cables, reducing temperature rise

03-Application areas of Laminated busbar

Ø Laminated busbar are widely used in fields such as power, energy, aerospace, communication, and computers. They can be used to replace traditional busbars and cables, providing higher power density, better thermal management, and more convenient installation.

Ø Based on its high degree of customizability and flexibility, Laminated busbar are often integrated into complex systems such as UPS (uninterruptible power supply), battery packs, industrial robots