Pielāgots alumīnija litija Lifepo4 kopnes akumulatora elementa savienotājs

√  Augstākās kvalitātes alumīnijs nodrošina efektīvu jaudas sadali.

√  Pieejams dažādos izmēros, lai atbilstu noteiktām akumulatora konfigurācijām.

√  Pielāgojams, lai tas atbilstu dažādām c mehāniskā sprieguma prasībām.

√  Alumīnija siltumvadītspēja palīdz efektīvi pārvaldīt siltumu

Vadošais pielāgotās lifepo4 kopnes ražotājs

As a leading manufacturer in the industry, we specialize in providing high-performance customized LiFePO4 busbar solutions for battery systems. Relying on self-developed core technologies, our products not only realize efficient power distribution and stable connection but also meet the needs of diversified scenarios such as energy storage and power through differentiated design. The following are our core advantages and technology highlights:

I. What are the features of customized LiFePO4 busbar

– Superconducting interconnection: adopting nanoscale surface treatment technology to realize 98.7% conductive efficiency, which is 22% higher than the traditional process.
– Intelligent Adaptation: Supporting 0.1mm precision processing, matching cylindrical/square/soft pack and other types of batteries.
– Environmental resistance: Passed 23 safety certifications, including 130°C high temperature/4m drop.
– Thermal management optimization: integrated phase change cooling channel, temperature rise control <5℃/kA
– Sustainable design: Zero wastewater discharge process reduces carbon footprint by 37%.

What are the values for LiFePO4 busbar?

We have established a full chain R&D system from material development to process optimization.

1. Material: through spherical LFP densification technology, we have solved the problem of conductivity decay in low-temperature environments and reduced busbar resistance by 15%.
2. Production: self-built copper/aluminum substrate processing production line, realizing quality control from raw materials to finished products, reducing costs by 20%;
3. Inspection: Using AI vision system to detect micron-level connection defects, the yield rate increased to 99.98%.

What is the industry application for the LiFePO₄ busbar?

• Energy storage system: Developed low-resistance flexible busbar, supporting high-voltage series connection above 1000V, with a cycle life of over 8000 times;
• Aerospace: launching ultra-lightweight aluminum-based composite busbar (density ≤ 2.7g/cm³) to meet the stringent requirements of 30% weight reduction;
• Smart wearable: miniaturized busbar and shaped encapsulation technology, adapted to millimeter-level battery module.

Differentiated advantages of customized aluminum busbar

Sazinieties ar mums for more information

For custom development or to obtain additional technical white papers, please contact our engineering team. We offer a one-stop shop from topology design and thermal simulation to mass production delivery to help you realize a jump in battery system performance.

The depth of expertise is strengthened by the addition of new dimensions of technology development and industry expansion; the table comparison visualizes the material characteristics and scenario suitability, and the quoted data are all from industry practice.