Recently, the review results of the 2025 Changshu Science and Technology Program (Key Core Technologies) have been officially released.
Following procedures including applicant submission, review and recommendation by competent authorities, expert evaluation and on-site inspection, Zhongli Group’s project “Polyolefin High Thermal Conductivity Liquid-Cooling Tube Material for Super-Charging Cables” stood out among numerous candidates and was successfully approved.
This marks not only authoritative recognition of Zhongli Group’s technical strength in cutting-edge new energy materials, but also provides key material solutions for the upgrading of new energy infrastructure in Changshu and across the country.
As the global electric vehicle market enters a phase of explosive growth, charging efficiency has become a key factor affecting user experience and industrial development.
High-power super-charging technology represents an inevitable future trend, yet the massive heat generated poses extreme challenges to the thermal management performance of charging cables.
Traditional cable materials can hardly meet efficient heat dissipation requirements, forming a technical bottleneck restricting the improvement of charging power.
As a high-tech enterprise in the field of new energy cables and supporting materials, Jiangsu Zhongli Group has always taken “independent and controllable key technologies” as the core of its development strategy.
The official approval and signing of this project is another testament to the company’s R&D capabilities, and will further support China’s super-charging cable industry chain in breaking the situation of “relying on imports for high-end materials”.
After the project is implemented, it is expected to significantly improve the heat dissipation efficiency of liquid-cooled charging cables, ensure safety and stability under high-current fast charging, and strongly support the popularization of super-charging piles of 350kW and above.
It will provide key material support for the safe and stable operation of new energy vehicle super-charging networks and large-scale energy storage power stations, and is of strategic significance for promoting the high-quality development of the new energy industry.
