技术需求：       本项目以研发陶瓷基-金属复合材料为基础，融合相变冷却技术，制成《陶瓷导体电阻》，开发出《电阻复合相变取热器》；使其与《微槽群复合相变冷却装置》有效集成，成功研发出具有完全自主知识产权并处于国际领先水平的《陶瓷导体电阻及集成冷却装置》,使制约新一代智能功率模组换流阀技术瓶颈得到解决，为提高未来（超）特高压输变电设备的智能化水平，推动特种陶瓷新材料在电网智能装备制造水平、能源传输和利用方式的跨越式发展。 
 
       This project is based on the research and development of ceramic matrix metal composite materials，Made of ceramic conductor resistance，Development of resistance composite phase change heat collector，Make it andMicro channel group composite phase change cooling device effective integration，Successfully developedWith full independent intellectual property rights and in the international leading levelCeramic conductor resistance and integrated cooling device,So that the control of the new generation of intelligent power module converter valve technology to solve the bottleneck，In order to improve the future (super) intelligent level of UHV power transmission equipment，Promoting theLeap forward development of the new materials of special ceramics in the power grid intelligent equipment manufacturing level, energy transmission and utilization.