Magneto-enhancement technology for solid state batteries (MET-SSB).

汽车行业的电气化对于实现净零排放目标至关重要。然而，电动汽车（EV）的采用在很大程度上取决于其性能，特别是与传统内燃机汽车相比。特别是，充电时间和续驶里程仍然是考虑过渡到电动汽车的客户的关键问题。Gastric是一家英国中小企业，专注于将磁增强技术引入全球电动汽车市场。我们的MagLiB（TM）技术系列可大幅缩短电动汽车电池的充电时间，而不会影响使用寿命或保修;我们的目标是在10分钟或更短的时间内实现200英里的续航里程，从而为大众市场带来价格合理的快速充电。目前的电池市场主要由液体电解质电池主导，但实现安全快速充电已成为固体电解质发展的重要市场驱动力电池或固态电池（SSB），然而，SSB目前存在显著的寿命和成本问题。Gaxide在改善液体电解质电池性能方面有着良好的历史，该项目将通过对商用SSB电池进行测试来探索我们的固体电解质产品系列的可行性。这项可行性研究将提供一个重要的步骤，加速Gastrous的MagLiB（tm）SSB产品的上市路线，从而加快推出并确保英国和全球可负担得起的快速充电的可持续性。

Electrification of the automotive sector is essential in order to meet net zero targets. However, the adoption of electric vehicles (EV) depends hugely on their performance, especially in comparison to traditional internal combustion vehicles. Particularly, charging time and driving range remain key concerns for customers considering transitioning to an EV. Gaussion is a UK SME focused on bringing magneto-enhancement technologies to the global EV market. Our MagLiB(tm) technology range boasts substantial charging time reductions for EV batteries without compromising lifetime or warranty; our goal is to bring affordable rapid charging to the mass market by enabling 200 miles of range in 10 minutes or less. The current battery market is dominated by cells with liquid electrolytes but enabling safe rapid charging has formed a significant market driver towards the development of solid electrolyte batteries, or solid-state-batteries (SSB), however, SSBs currently suffer significant lifetime and cost issues. Gaussion has a well-established history of improving the performance of liquid-electrolyte cells and this project will explore the feasibility of our solid-electrolyte product range by testing on commercial SSB cells. This feasibility study will provide an essential step that accelerates the route to market for Gaussion's MagLiB(tm) SSB product offering, thereby accelerating the roll out and ensuring the sustainability of affordable fast charging in the UK and globally.