Laminated Bus Bar, also known as composite bus bar, is a multi-layer composite structure composed of conductive materials such as copper and aluminum, as well as insulation materials, which can achieve electrical connection between power devices and main circuit components. It is widely used in power electronic systems as an electrical connection between power devices and the main circuit.
Industrial electrical bus bars are mainly used in high voltage and high current fields such as rail transit, industrial frequency conversion, and new energy generation. The electronic control bus bar is mainly used in new energy vehicles, equipped with medium and low voltage systems such as 48V.
A laminated bus bar simplifies the design and manufacturing process of the distribution system, reduces material and labor costs, and thus achieves a reduction in overall cost.
The compact design of the laminated bus bar reduces the volume and weight of the distribution system, making system integration more convenient and saving space.
Due to the modular design of the laminated bus bar, the installation process is simple and fast, greatly reducing installation time and labor costs.
The special structure of the laminated bus bar makes it have a higher current carrying capacity, which can meet the distribution needs of larger scale systems.
The open structure of the laminated bus bar facilitates air circulation improves the heat dissipation efficiency of the system, and ensures stable operation of the system.
The laminated bus bar can be connected to various types of devices, with strong compatibility, making it convenient for system expansion and upgrading.
The laminated bus has good electromagnetic shielding performance, which can effectively reduce electromagnetic interference and ensure the electrical performance of the system.
The laminated bus is manufactured using environmentally friendly materials, which meet the requirements of sustainable development.
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