AMCS – Development of a new, lightweight, ultra-tough advanced matrix composite material for EV and LiON battery armour

**AMCS -开发一种用于电动汽车和锂离子电池装甲的新型轻质、超韧先进基体复合材料 ** 电动汽车（EV）在全球范围内的普及带来的一个后果是涉及EV的事故数量增加。虽然这是意料之中的事，但保险公司也看到了一个令人担忧的趋势，因为电池损坏而导致的轻微事故中，平均注销的电动汽车数量是平均水平的两倍多。AMCS花了5年时间开发了我们的改变游戏规则的可持续先进基质材料，该材料正在申请专利保护，由陶瓷和技术纤维的CMC聚合物配方组成。这个为期18个月的项目将专注于开发一种硬，轻，薄，通过可持续的方式为电动汽车电池市场提供低成本的装甲保护材料。我们将开发与大众ID 3和ID 4电池型号兼容的原型样品，并在UTAC进行实际碰撞和损坏测试。此外，将进行碳中和分析以证明碳中和。

**AMCS - Development of a new, lightweight, ultra-tough advanced matrix composite material for EV and LiON battery armour**A consequence of the global proliferation of electric vehicles (EVs) has been growth in the number of accidents involving EVs. Whilst this is to be expected, insurance companies are seeing a worrying trend emerge, with more than double the average number of EVs being written-off in minor accidents due to battery damage.AMCS has spent 5-years developing our game-changing sustainable advanced matrix material, for which patent protection is pending, comprised of a CMC-polymer formulation of ceramics and technical fibres.The 18-month project will focus on developing a hard, light, thin, low-cost armour protection material for the EV battery market through sustainable means. We will prototype samples compatible with VW ID3 and ID4 battery models and perform real-life collision and damage testing at UTAC. Furthermore, a Carbon Lifecycle Analysis to prove carbon neutrality will be conducted.