Core technology advantages

Multi-mode heat dissipation technology
Liquid cooling system: adopts high thermal conductivity medium and micro-channel design, the heat dissipation efficiency is 40% higher than that of traditional air cooling, and the temperature is precisely controlled at ±1°C.
Phase change material (PCM): absorbs/releases heat at extreme temperatures, buffers thermal shock, and adapts to high energy density batteries (such as solid-state batteries).
Intelligent air cooling collaboration: AI algorithm dynamically adjusts fan speed and airflow path to reduce energy consumption by 30%.
Lightweight and integrated design
All-aluminum/composite material structure, 25% weight reduction, supports customized module integration, and adapts to various battery packs (CTP/CTC architecture).

Safety and reliability
Passed IP67 dust and water resistance, vibration and shock test and UL/IEC safety certification, supporting -30°C~60°C full-climate operation.

Service content
Customized heat dissipation solution design
Based on simulation modeling of customer battery parameters (energy density, charge and discharge rate, etc.), provide optimization suggestions for thermal management solutions.
Product supply and production
Provide core components such as heat sinks, cooling pipes, heat pump systems, and support small-batch trial production to large-scale delivery.
Intelligent operation and maintenance support
Equipped with IoT sensors and cloud monitoring platform, it can warn of the risk of thermal runaway of batteries in real time and extend the battery cycle life by more than 15%.

Quality assurance and after-sales service
Full-process quality control: from material selection to factory testing, implement ISO 9001/TS 16949 standards.
Quick response: provide technical support within 48 hours, lifetime maintenance + 5-year warranty commitment.