Compact EV Battery Pack MSD Panel With Reliable Electrical Connection

The MSD Panel for EV Battery Pack is a high-voltage service and safety component designed for electric vehicle battery packs and other high-voltage battery systems. The MSD, or Manual Service Disconnect, provides a controlled method for disconnecting the high-voltage circuit during battery inspection, maintenance, assembly, or service operations.

Installed within the battery pack, the MSD panel can integrate high-voltage connection components, protection structures, and service interfaces into a compact assembly. Its modular design supports convenient installation and can be customized according to the battery pack architecture and electrical requirements.

Key Features

• Manual Service Disconnect – Provides a designated interface for high-voltage battery circuit isolation during service.
• High-Voltage Application – Designed for EV battery packs and high-voltage lithium battery systems.
• Compact Panel Design – Integrates service disconnect components into a structured battery pack interface.
• Reliable Electrical Connection – Designed for stable high-voltage current transmission.
• Safety-Oriented Structure – Helps provide controlled access to the battery's high-voltage circuit during maintenance.
• Flexible Integration – Suitable for different battery pack layouts and enclosure structures.
• OEM/ODM Customization – Panel dimensions, connectors, busbars, mounting points, and other components can be customized.

Applications

The MSD Panel can be used in:

• Electric vehicle (EV) battery packs
• Hybrid electric vehicle (HEV) battery systems
• High-voltage lithium battery packs
• Commercial EV battery systems
• Electric utility vehicles
• Battery energy storage systems
• Industrial high-voltage battery systems
• Customized battery pack assemblies

Custom MSD Panel for EV Battery Pack

We provide customized MSD panel solutions according to the electrical and mechanical requirements of the battery pack.

Customization options include:

• Panel dimensions
• High-voltage connector configuration
• Busbar design
• Fuse integration
• Service disconnect structure
• Mounting holes and fixing points
• Insulation components
• Protective cover
• Interlock configuration
• Cable routing
• Housing material

Customers can provide 2D drawings, 3D CAD files, battery pack specifications, voltage requirements, current requirements, and installation dimensions for engineering evaluation.

Technical Parameters