Development of an Axial-flu switched reluctance machine for light electric vehicles

加速系统公司（ASi）为纯电动和混合动力汽车提供智能传动系统解决方案。他们对非汽车应用的独特关注有助于客户利用汽车公司正在实现的燃油效率和环境效益的同样机会。该公司的产品和服务可帮助汽车制造商快速创新改进车辆特性、驾驶性能和性能。****ASi和麦克马斯特大学混合动力系统项目的加拿大卓越研究主席（CERC）正在进行合作研发工作，研究新兴技术，开发轻型电动汽车的功率密集电力系统。在这个项目中，ASi和CERC团队正在联手开发一种先进的轴向磁通开关磁阻电机，用于ASi的下一代牵引驱动系统。为此，ASi和CERC团队将在机器设计的不同方面进行工作，并建立一个原型来测试和验证设计概念。****该项目的最终结果将使公司受益，为其提供更低成本，更可靠和领先的电力牵引驱动系统。该项目也将作为该公司的一个先进的研究和发展计划。所开发的设计和测试技术、结果发现以及该项目的创新将转移到公司并用于ASi的下一代产品。此外，该项目培养的高素质人才将成为公司潜在的招聘资产。在这项拟议的研究中获得的专业知识将促进高性能和高效率电机的设计，仿真，测试和验证的发展。**

Accelerated Systems Inc. (ASi) creates intelligent drivetrain solutions for battery electric and hybrid vehicles. Their unique focus on non-automotive vehicle applications helps customers capitalize on the same opportunities that car companies are realizing for fuel efficiency and environmental benefits. The company's products and services help vehicle manufacturers innovate improvements to vehicle features, drivability, and performance quickly. ****ASi and the Canada Excellence Research Chair (CERC) in Hybrid Powertrain Program at McMaster University have an ongoing collaborative R&D effort to investigate emerging technologies and develop power dense electric systems for light electric vehicles. In this project, the ASi and CERC teams are joining forces to develop an advanced axial-flux switched reluctance machine for ASi's next generation traction drive systems. For this purpose, the ASi and CERC teams will work on different aspects of the machine design and build a prototype to test and validate the design concept. ****The end results of the project will benefit the company by providing it with a lower-cost, more reliable and leading-edge electric traction drive system. The project will also serve as an advanced research and development program for the company. The design and testing techniques that are developed, the resulting findings, and the innovations of this project will be transferred to the company and utilized in ASi's next generation products. Besides, the highly qualified personnel trained in this project will become a potential hiring asset for the company. The expertise gained in this proposed research will facilitate the development of design, simulation, testing and validation of high-performance and higher-efficiency motors. **