OEM/ODM EV Battery Module CCS Busbar Integrated Signal Sampling

The Battery Module CCS Busbar is an integrated cell connection component designed for lithium-ion battery modules and battery packs. As part of the Cell Contact System (CCS), it combines battery cell electrical connections with voltage and temperature sensing functions in a compact assembly.

The CCS busbar is designed to connect individual battery cells and transmit electrical current while providing signal collection for the Battery Management System (BMS). Its integrated structure helps reduce conventional wiring, optimize the internal space of the battery module, and simplify assembly.

Key Features

• Integrated CCS Design – Combines busbars and cell sensing components into one compact assembly.
• Reliable Cell Connection – Provides stable electrical connections between battery cells.
• Voltage Sensing – Supports individual cell voltage signal collection for BMS monitoring.
• Temperature Monitoring – NTC temperature sensors can be integrated according to system requirements.
• Space Efficient – Helps reduce wiring and improve internal battery module layout.
• Modular Construction – Suitable for different battery cell arrangements and module configurations.
• Customizable Design – Busbar layout, sensing points, connectors, and dimensions can be customized.
• OEM/ODM Support – Suitable for EV, BESS, and customized lithium battery projects.

Applications

The Battery Module CCS Busbar is suitable for:

• EV battery modules
• Lithium-ion battery packs
• LiFePO4 battery modules
• Electric vehicle battery systems
• Battery energy storage systems
• High-voltage battery packs
• Commercial electric vehicles
• Industrial battery systems

Custom CCS Busbar

We provide customized Battery Module CCS Busbar solutions based on the customer's battery cell configuration and module structure.

Customization options include:

• Battery cell configuration
• Busbar layout
• Copper or aluminum busbar
• Busbar thickness and dimensions
• Voltage sensing points
• Temperature sensor locations
• FPC or PCB integration
• Connector configuration
• Insulation components
• Protective cover
• Mounting structure

Customers can provide 2D drawings, 3D CAD files, battery cell dimensions, cell arrangement, and BMS requirements for design evaluation.

Technical Parameters