BABE: Battery management control system for Advanced Battery Engineering

“这个项目为年轻的英国创业公司Brill Power提供了一个独特的机会，通过与英国领先的电动汽车（EV）共享俱乐部E-Car合作，证明其开创性的电池管理控制系统技术的商业案例。目前，电动汽车电池的退化速度非常快（由于快速充电的引入，这种情况将进一步恶化），在电动汽车租赁模式下，更换电池是制造商的责任。此外，电动汽车司机经常会经历里程焦虑，即由于充电水平和有限的充电基础设施，司机不确定车辆是否有能力行驶一定的距离。Brill Power革命性的电池管理控制系统解决了这些问题，特别是通过将电池的寿命提高60%，增加车辆的行驶里程，即一辆启动里程为200公里的车辆在使用Brill Power电池管理控制系统时仍然可以行驶180公里，而传统系统只能行驶150公里。该项目旨在通过将其性能与E-Car的140辆电动汽车车队的先前无法获得的数据进行比较，来证实Brill Power技术对电动汽车的预测影响。这一分析将支持命题测试，与主要的电动汽车车队制造商日产和雷诺（Brill Power的目标市场）一起进行，塑造Brill Power的商业和技术发展。总体而言，该项目将对Brill Power的智能BMCS在电动汽车电池制造和性能方面的潜在作用产生重大影响。”

"This project presents a unique opportunity for a young British start-up, Brill Power, to prove the business case for its pioneering battery management control system technology, through partnering with E-Car, the UK's leading electric vehicle (EV) sharing club. Currently EV batteries degrade at an unnecessarily quick rate (which will be worsened by the introduction of rapid charging) and under EV leasing models it is the manufacturer's responsibility to replace the battery. Furthermore, EV drivers often experience range anxiety, whereby drivers are unsure of the vehicle's ability to cover certain distances due to charge levels and limited charge infrastructure.Brill Power's revolutionary battery management control system addresses these factors, specifically by increasing the life of the battery by up to 60% and increasing the range of vehicles, whereby a vehicle that started with a 200km range will still be at 180km with the Brill Power battery management control system, when a conventional system would only be at 150km. This project seeks to confirm the predicted impact of Brill Power's technology on EVs, through comparing its performance to previously unobtainable data from E-Car's 140 EV fleet. This analysis will then underpin proposition testing, to be undertaken with the key EV fleet manufacturers Nissan and Renault (Brill Power's target market), shaping the commercial and technological development of Brill Power. Overall, the project will generate significant insight into the potential role of Brill Power's intelligent BMCS in EV battery manufacture and performance."