Product Specification

OEM Flexible Copper Busbar Energy Storage Connector Battery Cluster Telescopic Multi-layer Thin Copper Sheet CuSTomizable

Product Description:

Our OEM Flexible Copper Busbar is designed for high-performance energy storage connectors and battery clusters in applications like electric power transmission. Made from high-conductivity copper, this flexible busbar features a multi-layered construction for superior current carrying capacity. With a rated voltage of 690V and current options of 125A and 250A, it ensures reliable energy transmission with minimal loss. This product is customizable to meet the specific requirements of your application, including busbar width, layer thickness, and length.

The telescopic multi-layer design allows for flexibility and adjustability, making it ideal for installations where space constraints and dynamic power demands exist. It’s suitable for electric power distribution, energy storage systems, and battery cluster interconnections where high durability and efficient energy transfer are crucial.

Key Features:

• High Current Capacity: Rated for 125A and 250A to ensure optimal energy transmission with minimal heat generation.

• Rated Voltage 690V: Suitable for medium voltage applications, offering robust performance in energy storage and power transmission systems.

• Customizable Design: Flexible busbars can be tailored to your specific dimensions, including busbar width, number of layers (H), and layer thickness (H1).

• Multi-Layer Construction: Offers superior strength, flexibility, and conductivity, ideal for battery clusters and energy storage systems.

• Telescopic Design: Flexible structure that adjusts to different installation needs, ensuring a secure connection with variable lengths.

• High-Quality Copper: Ensures excellent electrical conductivity, low resistance, and long-term durability in high-demand systems.

• Packaging and Delivery: Supplied in 2000mm lengths by default; however, custom lengths can be accommodated on request.

Product Specifications:

Applications:

• Energy Storage Systems: Ideal for interconnecting battery clusters in energy storage systems where flexibility and high conductivity are required.

• Power Distribution: Used in electric power transmission applications to efficiently distribute energy with minimal loss.

• Battery Connectors: Essential for battery clusters in electric vehicles (EVs) and solar storage systems, where dynamic current and space-saving solutions are needed.

• Industrial Applications: Provides reliable energy connections in industrial equipment, transformers, and electrical panels.

• Electric Power Grids: A reliable choice for linking transformers, switchgear, and distribution systems where high flexibility is required.

How It Works:

The OEM Flexible Copper Busbar is designed to facilitate efficient power transmission by providing a highly conductive and flexible connection between energy components. It acts as the current-carrying conductor that links different parts of an electrical system, such as between energy storage units and battery clusters. The multi-layer design enhances its current-carrying capacity while maintaining flexibility, allowing the busbar to adapt to different terminal configurations. This flexibility is especially valuable in applications where space constraints and movement of the equipment need to be accommodated.

Packaging and Shipping:

FAQ (Frequently Asked Questions):

• What are the main applications of the flexible copper busbar?
  The flexible copper busbar is ideal for use in energy storage systems, battery clusters, electric power transmission, transformers, and industrial electrical equipment.

• Can I customize the dimensions of the copper busbar?
  Yes, the busbar width, layer thickness (H1), and number of layers (H) are all customizable based on your specific requirements.

• What is the default supply length for this product?
  The default length for the flexible busbar is 2000mm; however, custom lengths can be supplied upon request.

• What is the rated voltage and current of the busbar?
  The busbar is rated for 690V with current options of 125A and 250A, making it suitable for a wide range of medium-voltage applications.

• How does the telescopic design benefit the installation process?
  The telescopic multi-layer design provides flexibility, allowing the busbar to be adjusted to meet the specific installation space requirements and connect equipment securely, even in dynamic environments.

• What materials are used for the construction of the busbar?
  The busbar is made from high-quality copper, ensuring excellent electrical conductivity and long-lasting durability in high-demand environments.

• What is the delivery time for the flexible copper busbar?
  Delivery time is typically between 7-15 days, depending on your order size and customization needs.

• What packaging options are available?
  The product is packaged in a standard export seaworthy package to ensure safe delivery.