EV and HEV power connections demand excellent vibration and shock absorption. The compact, Flexible Multilayer Busbar design handles the demanding requirements of your applications, such as power distribution in inverters.
A tough design consisting of multiple foils welded to a solid mounting maintains flexibility for easy bending and a solid fixing, making these busbars extremely durable and perfect for applications where heavy vibration or pronounced thermal expansion occurs. Furthermore, high conductivity lamels provide high power transmission, offering improved electrical conductivity with robust mounting strength and increased power efficiency.
How Do Flexible Busbars Protect Inverters from Vibration and Shock?
The flexible component of these busbars consists of multiple foils welded to a solid mounting, which maintains flexibility for easy bending and a solid fixing for tough conditions. This tough design makes the busbars extremely durable and perfect for applications where heavy vibration or pronounced thermal expansion occurs.
Can Flexible Busbars Handle Pronounced Thermal Expansion?
Vibration absorption, thermal expansion, and assembly tolerance: the compact, Flexible Multilayer Busbar design handles the demanding requirements of your applications, such as power distribution in inverters. The flexible component of these busbars consists of multiple foils welded to a solid mounting, maintaining flexibility for easy bending and a solid fixing for tough conditions.
How Do Flexible Designs Navigate Complex Geometry and Space Constraints?
The compact, Flexible Multilayer Busbar design handles the demanding requirements of applications, such as power distribution in inverters. The flexible component of these busbars consists of multiple foils welded to a solid mounting, maintaining flexibility for easy bending and a solid fixing for tough conditions. Flexible busbars are highly customizable, and their greater flexibility means that they can fit in small, tight, or curved spaces without compromising mounting strength. Furthermore, this flexibility provides greater shock and vibration absorption while offering improved electrical conductivity.
Why Do Flexible Busbars Maintain High Power Efficiency and Secure Mounting?
This battery busbar is made out of layers of copper foils, or stacked copper or aluminum lamels, which are tightly attached to mounting areas using a process called diffusion welding. While the ends are rigid to enable connections and provide a solid fixing for tough conditions, the middle of the busbar is kept flexible for easy bending. Furthermore, high conductivity lamels provide high power transmission and, in turn, increase power efficiency.
The Bottomline
Flexible multilayer busbars are the top choice for high-vibration and space-constrained EV inverter applications. Choosing flexibility over rigidity allows engineers to significantly enhance the durability and efficiency of their powertrain systems while solving complex thermal and mechanical challenges. These components provide the robust durability required for the demanding lifecycle of a modern electric vehicle.
Contact ENNOVI today to discover how our specialized consultation and flexible busbar technologies can optimize your next inverter design for maximum reliability.