Copper Braided Busbar for Power Distribution
For professional purchasers, engineering technicians, and distribution system integrators, Copper Braided Busbar for Power Distribution is not only a high-quality alternative to traditional rigid busbars, but also a core support for optimizing distribution system design, reducing engineering and operation costs, and improving system stability. It is suitable for various industrial distribution, commercial distribution, new energy distribution, and other diverse scenarios, helping distribution projects to efficiently land and operate stably in the long term.
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Product Introduction
Traditional rigid busbars are limited by their fixed form and often face core pain points such as difficulty in installation and adaptation, stress concentration and easy damage, loose connections leading to heat generation, and high maintenance costs in scenarios such as dense distribution equipment layout, narrow installation space, equipment operation vibration, and frequent thermal expansion and contraction, which seriously affect the long-term reliable operation of the distribution system. Copper Braided Busbar for Power Distribution is designed with precision weaving of multiple high-purity copper braided wire as its core structure, breaking the application limitations of rigid busbars. It combines excellent flexibility, efficient conductivity, and anti vibration and anti fatigue characteristics, tailored for various distribution scenarios, to achieve safe, efficient, and convenient power transmission and distribution in complex environments.
Engineering value
Industrial power distribution engineering
Copper Braided Busbar for Power Distribution is suitable for scenarios such as factory workshops, industrial production line power distribution, and distribution cabinet renovation. It is mainly used for connecting key links such as transformers and distribution cabinets, motors and distribution equipment, and distributing grounding systems. Weaving soft connections can solve the wiring problems of dense equipment and narrow space in industrial scenarios, resist fatigue fracture and loose connections caused by continuous vibration of equipment, reduce high load distribution heat loss, ensure the stability of industrial distribution systems, avoid production line shutdown due to distribution failures, and adapt to high load, strong vibration, and high reliability requirements.
01
Commercial power distribution engineering
Copper Braided Flexible Connectors are suitable for commercial building power distribution systems such as office buildings and shopping malls, and are used for interconnecting floor distribution cabinets, connecting EPS emergency power supplies, and distributing precision equipment. Weaving soft connections can solve the installation inconvenience caused by small and irregular layout of distribution wells, meeting the high requirements of commercial places for distribution safety, stability, and convenient operation and maintenance. Its flexible structure also facilitates the upgrading and transformation of distribution systems in the later stage, adapting to the efficient, safe, and convenient commercial distribution needs.
02
New Energy Distribution Engineering
Braided Copper Wire is suitable for scenarios such as photovoltaic, wind power, energy storage power stations, and new energy vehicle charging stations, and is used for distribution connections in key links such as inverters, energy storage modules, and charging piles. Weaving soft connections can improve weather resistance in outdoor high and low temperature, humid environments, solve connection failures caused by equipment vibration, thermal expansion and contraction, adapt to high current and low loss requirements of new energy distribution, and ensure efficient distribution and stable transmission of new energy power.
03
Power distribution equipment supporting project
Copper Stranded Wire is suitable for the production of distribution equipment such as distribution cabinets and transformers, and is used for internal conductive connections, terminal interconnections, and other aspects of the equipment. Weaving soft connections can solve the installation inconvenience caused by small internal space and complex wiring of equipment, alleviate the connection looseness caused by equipment vibration and heat generation, improve the stability and service life of power distribution equipment, and meet the high-precision and high adaptability equipment matching needs.
04
specific parameters
Conductor specification
The conductor specifications of Flexible Braided Copper Busbar mainly include 15mm ², 25mm ², 35mm ², 50mm ², 70mm ², 95mm ², 120mm ², etc. Different cross-sectional area specifications correspond to different numbers and diameters of copper wires. For example, a 15mm ² braided flexible connection is usually woven from several copper wires with a diameter of 0.12mm.
knitting density
Usually controlled between 80% -95%, the weaving density directly affects product performance. The higher the density, the better the mechanical strength and electrical performance of Braided Flexible Busbars Customized. At the same time, it can reduce the "skin effect" in the current transmission process, make the current distribution more uniform, and effectively improve its current carrying capacity.
Resistance parameters
At a standard ambient temperature of 20 ℃, the resistance value per meter of Braided Wire Copper Bus Bar varies depending on the cross-sectional area specification of the conductor. Taking a 25mm ² braided flexible connection as an example, its resistance value per meter usually does not exceed 0.07 Ω.
current-carrying capacity
The current carrying capacity of Copper Braided Flexible Busbar is affected by factors such as specifications and operating temperature. Taking a 50mm ² braided flexible connection as a reference, its continuous current carrying capacity can reach around 200-250A at a normal operating temperature of 70 ℃. The specific value is also affected by fluctuations in external factors such as environmental temperature and heat dissipation conditions.
Key procurement information
The minimum order quantity of Copper Braided Busbar for Power Distribution is 1,000 pcs/item, and for non-standard customized products, the minimum order quantity can be negotiated according to research and development needs. The delivery cycle for samples of product is 5-10 days (using laser cutting or CNC punching), and the delivery cycle for bulk orders (including molds and finished products) is 20-30 days. The product is packaged in EPE inner tray+outer box/pallet, which can effectively avoid compression and deformation during transportation.
contact us
You can conduct technical benchmarking based on existing product parameters. Our professional team has unique professional knowledge and rich experience, which enables us to tackle complex projects with ease and efficiency. Please feel free to contact us.
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