Description

High-Performance Shunt Embedded Busbar for Energy Storage

Size: 32*6*1.0mm (thickness can be customized according to customer requirements)Material: Infiltration nickel-plated sheet (pure nickel/aluminum nickel/nickel-plated/nickel-plated copper and other materials can be customized as required)
Our shunt embedded busbar provides precise current sensing and stable conductivity, making it ideal for energy storage and battery management systems. The shunt embedded busbar design integrates a low-resistance shunt resistor, ensuring accurate current monitoring and reliable performance. Choosing a high-quality shunt embedded busbar can significantly improve your system’s safety and efficiency.

Dimension

Type	T	2	4.5	11	I
YST	Patch	thickness	width	length	Shape Line

Superior Electrical Conductivity:
High-purity copper ensures minimal resistance and stable current flow.
Long-Lasting Corrosion Resistance:
Protective tin or gold plating guards against oxidation and environmental damage.

shunt embedded busbars
Flexible Design Options:
Multiple shapes and sizes adapt to diverse battery configurations.
High Current Capacity:
Handles demanding electrical loads without performance loss.
Effective Thermal Dissipation:
Maintains optimal temperature to extend system lifespan.

Lithium-ion Battery Packs: Provides consistent current paths and precise current monitoring between cells or modules.
Battery Management Systems (BMS): Enables accurate sensing with built-in shunt resistors for real-time data and protection.
Power Distribution Units (PDU): Delivers stable and efficient power in energy storage systems, UPS, and telecom cabinets.
Renewable Energy Storage: Applied in solar and wind systems to manage power flows during charge and discharge cycles.
Electric & Hybrid Vehicles: Compact and corrosion-resistant design fits the tight space and high current demands of EV battery systems.

Integrated current sensing busbar applied in industrial motor control and inverter systems Shunt Embedded Busbar in Application