High Performance, High Power, Partial Discharge Resistant Wire Insulation (HP2_PD-WIN) v2

提高电线绝缘的局部放电（PD）性能仍然是传统和主要电动飞机发展的一个重大障碍。在下一代飞机所需的更高工作电压下，较差的PD特性会影响安全性、可靠性、寿命和维护成本。这些飞机对于实现航空业脱碳的宏伟目标至关重要。热涂料有限公司（HCL）、TE Connectivity有限公司（TE）和蒂赛德大学（TU）的合作伙伴关系在帮助英国在这一领域建立技术和市场领导地位方面具有独特的优势。该项目将利用HCL和TU创建的专有开发平台，该平台已经生产出专利的浸涂磁铁线绝缘，其使用寿命和温度等级比目前市场上的解决方案要长得多。HP2\_PD-WIN将增加对PD的优异抗性。第三个合作伙伴（TE）增加了特定的技术专长和制造能力，使这些高性能特性能够应用于挤出绞线。除航空领域外，该项目的产出将为英国在汽车、牵引、船舶和能源等领域的经济供应链提供卓越的技术，使其在市场上具有全球竞争优势。因此，这将创造许多高价值的就业机会，并直接解决英国政府对绿色工业革命的雄心。

Improving Partial Discharge (PD) performance of electrical wire insulation remains a significant unresolved hurdle to the development of conventional and mainly-electric aircraft. Poor PD characteristics impact safety, reliability, longevity and maintenance costs at the higher operating voltages required for the next generation of aircraft. These aircraft are essential to meet aggressive targets for decarbonisation of the aviation sector.The partnership of Hot Coatings Ltd (HCL), TE Connectivity Ltd (TE) and Teesside University (TU) is uniquely well placed to help the UK establish technical and market leadership in this area.This project will utilise a proprietary development platform created by HCL and TU. This has already produced patented dip coated magnet wire insulation with significantly longer service life and higher temperature rating than solutions currently in the marketplace. HP2\_PD-WIN will add superior resistance to PD. The third partner (TE) adds specific technical expertise and manufacturing capability to allow these high-performance characteristics to be applied to extruded stranded wire.In addition to the aviation sector, outputs of this project will provide economically important UK supply chains in automotive, traction, marine, and energy with superior technology enabling global competitive advantages within their markets. Consequently, this will enable many high value jobs and directly address the UK Government's ambitions for a green industrial revolution.