一种集成三维均温板与液冷通道的复合散热管理方法
By integrating a three-dimensional vapor chamber and a liquid cooling channel into a composite heat dissipation management method, and utilizing the thermal resistance-temperature difference joint criterion and the contribution of tube unit temperature difference and axial temperature gradient, dynamic balance of the working fluid is achieved, solving the problem of working fluid distribution imbalance in the composite structure of the three-dimensional vapor chamber and liquid cooling channel, and improving the temperature uniformity and reliability of the system.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- CHONGQING YINGFAN TECH CO LTD
- Filing Date
- 2026-05-12
- Publication Date
- 2026-07-17
AI Technical Summary
In the existing technology, the composite structure of the three-dimensional heat spreader and the liquid cooling channel has an imbalance in the distribution of the working fluid in the working fluid circulation management, which leads to the risk of local dry burning or liquid accumulation, and makes it difficult to achieve uniform temperature control in three-dimensional space under high heat flux density.
By integrating a three-dimensional vapor chamber and a liquid cooling channel into a composite heat dissipation management method, the circulation state is quickly identified using the thermal resistance-temperature difference joint criterion. The fault tube type is located by combining the tube unit temperature difference contribution and axial temperature gradient, and local flow regulation is performed. Furthermore, the fault mode is accurately distinguished by the response propagation delay and thermal response time constant, and a targeted regulation strategy is matched to achieve dynamic balance of the working fluid.
It significantly improves the temperature uniformity, reliability, and operation and maintenance efficiency of the three-dimensional heat dissipation plate and liquid cooling channel composite heat dissipation system under complex heat loads, avoids secondary imbalance caused by blind adjustment, and realizes a complete closed-loop management from rapid diversion and in-depth traceability to long-term self-correction.
Smart Images
Figure CN122172945B_ABST