Next-Generation Multifunctional Material - Massless Energy Storage!

在3-5年的时间里，我们将不仅仅使用分立式的单功能电池，我们将用具有电能储存的多功能材料来建造结构。该项目的重点是开发同时用于储能和结构的创新多功能材料。因此，可以去掉多余的结构元件，减轻车辆其他部件的重量，并减小当前电池组的尺寸。据说它们可以提供“无质量能量储存”，因为它们的有效重量低于电池的总重量(考虑到它们所替换的部件)。这种材料能够给消费电子、汽车和航空航天等关键行业带来革命性的变化。团队将进行详细的模拟和建模，以评估我们进入行业应用的可行性研究。第二步是建立示范MVP，以向我们的投资者和客户证明其性能。团队与国际和本地汽车公司签署了多份备忘录。团队的目标是在两年内开始将材料授权给中小批量制造公司。

In 3-5 years time, we won't be only using discrete monofunctional batteries, we will build structures from multifunctional materials with electrical energy storage. Project focuses on development of innovative multifunctional materials that serve both for energy storage and structure at the same time. Therefore, redundant structural elements can be removed, eliminating weight from other parts of the vehicle and reduce size of current battery packs. They are said to offer "massless energy storage" because of their effective weight is lower than the total weight of the cells (considering the parts they replace).The material is able to revolutionise key industries such as consumer electronics, automotive and aerospace.The team will conduct detailed simulations and modelling to evaluate feasibility study for our entry industry application. The second step is to build demonstration MVP to justify the performance to our investors and customers.The team signed number of Memorandums with international and local automotive companies.The team aims to start licensing the material to low and medium volume manufacturing companies in 2 years.