凯发

　　1、新能源汽车轻量化用碳铝复合材料产业化

According to the demand of new energy vehicles for lightweight aluminum structural parts, it is proposed to adopt the nano phase strengthening technology of aluminum matrix composites and apply rapid cooling process in the engineering semi continuous casting to realize the lightweight design and key technology research, explore the bonding mechanism of nano phase / matrix interface, and reveal the evolution mechanism of matrix phase microstructure and mechanical strengthening mechanism. The project obtains high strength and high toughness aluminum matrix composites, and it will be applied to high strength and light aluminum structural parts of new energy vehicles to realize the application demonstration of nano phase reinforced aluminum matrix composites in new energy vehicles.

　　2、特高压输变电金具用超高强高韧高导碳铝复合材料研发生产

　　特高压输电能同时满足电能大容量、远距离、高效率、低损耗、低成本输送的基本要求，而且能有效解决目前500kV超高压电网存在的输电能力低、安全稳定性差、经济效益欠佳等方面的问题，所以，建设特高压电网已经成为我国电力发展的必然趋势，特高压输电逐渐进入到我国电力的建设当中。但随着电压等级的提高和各类新型导线的深入研究和广泛应用，电力耐张接续金具性能不足问题日渐凸显，耐张接续金具的对导线的握力及异常温升等问题已成为影响输电线路运行的重大安全隐患。

开发超高强、高韧高导高耐热稳定性碳铝金属基复合材料，用于耐张接续金具替代传统1系合金材料，使耐张接续金具引流部件用材料同时具有超高强度、良好导电性以及高热稳定性，提高耐张接续金具导通性能和抗松弛性能，是解决导线接续部位异常温升，保证导线压接握力长期稳定，提高线路运行安全可靠性的有效途径和关键方法。