Zhongli Group’s project, “Ultra-Charging Cable Polyolefin High-Thermal-Conductivity Liquid-Cooling Tubing Material,” has been approved as a key core‑technology project under the Changshu City Science and Technology Program.
2025-10-23 00:00
Recently, the results of the 2025 Changshu City Science and Technology Program (Key Core Technologies) project review were officially announced. Following procedures including applications submitted by implementing entities, review and recommendation by the competent administrative departments, expert evaluation, and on-site inspections, the “Ultra‑Charging Cable Polyolefin High‑Thermal‑Conductivity Liquid‑Cooled Tubing Material” project submitted by Zhongli Group stood out among numerous proposals and was successfully approved as a project under the Changshu City Science and Technology Program (Key Core Technologies). This not only underscores the authoritative recognition of Zhongli Group’s technological prowess in cutting‑edge new‑energy materials but also provides a critical material solution for upgrading new‑energy infrastructure in Changshu City and across the nation.
Recently, the results of the 2025 Changshu City Science and Technology Program (Key Core Technologies) project review were officially announced. Following procedures including submission by the implementing organizations, review and recommendation by the competent administrative departments, expert evaluation, and on-site inspections, the “Ultra‑Charging Cable Polyolefin High‑Thermal‑Conductivity Liquid‑Cooled Tubing Material” project submitted by Zhongli Group stood out among numerous applications and was successfully approved as a project under the Changshu City Science and Technology Program (Key Core Technologies). This not only underscores the authoritative recognition of Zhongli Group’s technological prowess in cutting‑edge new‑energy materials but also provides a critical material solution for upgrading new‑energy infrastructure in Changshu City and across the nation.
As the global electric‑vehicle market enters a phase of explosive growth, charging efficiency has become a critical factor shaping user experience and industry development. High‑power supercharging—often referred to as “ultra‑fast charging”—is an inevitable trend, yet the substantial heat it generates poses extreme challenges to the thermal management capabilities of charging cables. Conventional cable materials struggle to meet the demands of efficient heat dissipation, creating a key technological bottleneck that limits further increases in charging power.
As a high-tech enterprise in the field of new‑energy cables and related materials, Jiangsu Zhongli Group has consistently placed “independent control over key technologies” at the heart of its development strategy. The formal approval and signing of this project not only further demonstrates the company’s R&D capabilities but also provides critical support for breaking China’s reliance on imported high‑end materials in the ultra‑fast charging cable industry. Once the project is implemented, it is expected to significantly enhance the heat‑dissipation performance of liquid‑cooled charging cables, ensuring safety and stability under high‑current fast‑charging conditions. This will strongly facilitate the widespread deployment of superchargers rated at 350 kW and above, while providing essential material guarantees for the safe and stable operation of new‑energy vehicle ultra‑fast charging networks and large‑scale energy storage power stations—thereby playing a strategically important role in advancing the high‑quality development of the new‑energy sector.
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