2014年8月底,由南车时代新材与国防科技大学联合自主研发的2 MW超低风速碳纤维叶片试制成功。南车时代新材成为全国率先研制成功该类产品的企业。在风电领域,随着风电叶片不断延长,发电机功率不断增大,传统玻璃纤维复合材料的性能已显不足。为保证在极端风载下叶尖不碰塔架,叶片必须有足够的强度。为平衡叶片的质量和强度,最有效的办法就是采用碳纤维增 At the end of August 2014, a 2 MW ultra-low-velocity carbon fiber blade developed independently by CSR Shin Kong Materials and National University of Defense Technology was trial-produced. CSR Times new material become the first to develop successful products of this enterprise. In the field of wind power, with the continuous extension of wind power blades and the increasing power of generators, the performance of traditional glass fiber composites has been insufficient. In order to ensure that the tip does not touch the tower under extreme wind loads, the blade must have sufficient strength. To balance the quality and strength of leaves, the most effective way is to use carbon fiber