The integration of electric vehicles starts from the Laminated busbar for electric car

The current innovation in the new energy vehicle industry is continuous, with CTC battery integration technology greatly simplifying battery structures, the 800V high-voltage platform continuously improving system voltage levels, and the multi in one integrated electric drive system achieving maximum space utilization and vehicle performance. These technological directions collectively reflect the industry's strong pursuit of high integration, integration, high voltage, and high current, and also put forward higher requirements for high-voltage connection components such as Laminated busbar for electric car: higher flexibility, lower stray inductance, greater current carrying capacity, and more reliable stability, promoting Laminated copper busbars to become key foundational components of the new generation of electrical architecture.

High voltage connections are key components that run through power batteries, electric drive systems, and various high-voltage electronic components. Common carriers include cables, traditional busbars, and Laminated copper bars. Compared to the first two schemes, low inductance stacked busbars have significant advantages in electrical and mechanical performance, making them an ideal choice for high-voltage low inductance power transmission.

In terms of electrical characteristics, the Laminated bus bar for telecom has stronger current carrying capacity and better heat dissipation, which can meet the working requirements of thousands of volts high voltage and high current; In terms of mechanical characteristics, laminated busbars can achieve customized and rigid structures, making them more suitable for automated assembly and complex vehicle environments.

With its comprehensive performance advantages, BusBar for power electronics has become the core component of high-voltage connections in electric vehicles, widely used in key positions such as inverters, power battery interiors, and vehicle distribution units.

With the continuous improvement of the integration of core components, the value of Laminated bus bar for industrial is more prominent in the rapid interconnection of components and the integration of structural integration, which can effectively support the upgrading of the vehicle's electrical architecture towards a more compact, efficient, and reliable direction.

The current market share of multi in one electric drive systems continues to increase, and inverters are rapidly iterating towards miniaturization, high power, and high voltage. This imposes strict requirements on internal Industrial frequency converter busbars, such as low inductance, high reliability, and flexible layout. The mainstream idea in the industry is integrated and integrated design, such as integrating the DC support capacitor laminated bus bars with capacitors at the DC input end, simplifying the assembly process, reducing costs, and reducing the size of the inverter to achieve comprehensive optimization of performance, cost, and safety.

If you need customized low inductance and highly integrated Laminated busbar for electric car solutions for high-voltage systems of new energy vehicles, please feel free to contact us for consultation. We will provide you with professional structural design, electrical optimization, and mass production support.