IMproving Power bAttery Cooling Technologies (IMPACT)

IMPACT项目将满足低排放和零排放混合动力系统对功率密度电池的需求。主要合作伙伴Arcola Energy正在为公共汽车和商用车开发零排放动力系统。该项目将探索整合创新热管理技术的可行性。合作伙伴Reaction Engines和Flint Engineering开发了用于航空航天和建筑环境的热交换技术，为电池冷却提供了好处，伦敦帝国理工学院伦敦展示了一种新颖的冷却方法。IMPACT项目将评估这些技术应用于模块和电池组设计的技术和商业可行性。合作伙伴将利用帝国理工学院和布鲁内尔大学的领先学术专长，探索技术要求和冷却方法，并在实验室进行测试。项目团队将对技术进行成本效益分析，以评估在动力电池模块和电池组中实施的商业案例，并计划下一阶段的开发和商业化。"

"The IMPACT project will address the need for power-dense batteries for low and zero emission hybrid powertrains. Lead partner Arcola Energy is developing zero emission powertrains for buses and commercial vehicles .The project will explore the feasibility of integrating innovative thermal management technologies. Partners Reaction Engines and Flint Engineering have developed heat exchange technologies for aerospace and built environment that offer benefits to battery cooling, and Imperial College London have demonstrated a novel cooling approach.The IMPACT project will assess the technical and commercial feasibility of these technologies applied to module and pack designs. Drawing on leading academic expertise from Imperial College and Brunel University the partners will explore the technical requirements and cooling approaches and test in the lab.The project team will carry out a cost benefit analysis of the technologies to assess the business case for implementation in power battery modules and packs and will plan the next stage of development and commercialisation."