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The new 2.5L L4 Gasoline Engine for LEXUS IS300h - The renewed Engine Series for FR Hybrid Vehicles

机译:用于lexus的新2.5L L4汽油发动机为300h - FR混合动力车辆的重新发动机系列

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To ensure future sustainable mobility, vehicles have to face crucial problems such as energy security, global warming and air quality. To address these problems, TOYOTA introduced in 1997 the TOYOTA Hybrid System (THS) and has continuously improved its technology, globally contributing to the environmental improvement by its expansion into many markets in the world. TOYOTA presented the renewed 4 Cylinder Engine Series for FF vehicles at this symposium last year. This year, Toyota presents the result of its continuous development for FR Hybrid Vehicles, especially for D and E segment vehicles. Toyota not only improved thermal efficiency and reduced CO_2 but also achieved high power output. In 2012, TOYOTA launched 3.5L V6 engine for LEXUS-GS (2GR-FXE engine), as first engine of this new engine series. In 2013, TOYOTA will launch 2.5L-L4 engine for LEXUS-IS (2AR-FSE engine), as the leading engine of this series. Toyota developed these new engines, aiming at leadership with regard to fuel economy, clean exhaust gas and high reliability. Toyota carried out modifications, taking into account usage of Hybrid System. With targeting highest levels of environmental performance, Toyota improved the vehicle driving performances like acceleration response by the combination of enhanced engine power output and newly developed Hybrid System. One of the biggest feature of this series is new generation D-4S system, including two injectors (for Direct injection and Port injection) for each cylinder, high fuel pressure (greater than 18MPa) and high fuel flow rate. The new generation D-4S system helps achieving high performance and good thermal efficiency. Furthermore, Toyota added on Cooled EGR system to 2AR-FSE engine, contributing to lower the fuel consumption, especially in highway driving. The very low friction technology and the well proven Atkinson Cycle are also key features of this engine series. Thanks to the above features, the new engine series achieves high performance and high thermal efficiency up to 38.5%, contributing to outstanding low CO_2 and fuel consumption levels. Finally, the new 2013 LEXUS-IS, a D segment car equipped with the leading engine of this series (2AR-FSE), achieves the extremely low CO_2 emission of 100g/km. This value is far better than competitors' D-E segment vehicles equipped with a conventional Gasoline or Diesel engine. Toyota will expand this new engine installation to wider range of vehicles in order to solve the problems of energy security, global warming and air quality.
机译:为了确保未来的可持续的流动性,车辆必须面对的关键问题,如能源安全,全球变暖和空气质量。为了解决这些问题,丰田在1997年推出的丰田混合动力系统(THS)和水平不断提高自己的技术,通过其全球扩张有利于环境改善成为全球许多市场。丰田提出的续约4缸发动机系列为FF车在本次研讨会的最后一年。这一年,丰田展示其不断发展的FR混合动力车的结果,尤其是对d和E段的车辆。丰田不仅提高热效率和减少CO_2而且实现高功率输出。在2012年,丰田推出的3.5L V6发动机雷克萨斯GS(2GR-FXE发动机),因为这个新的发动机系列的第一引擎。在2013年,丰田将推出雷克萨斯IS(2AR-FSE发动机)2.5L-L4引擎,这一系列的领先的发动机。丰田开发了这些新的发动机,对于燃油经济性,降低尾气排放和高可靠性,旨在领导。丰田进行了修改,考虑到混合动力系统的帐户使用。随着针对环保性能的最高水平,丰田汽车提高了车辆的行驶性能一样通过提高发动机输出功率的组合和新开发的混合动力系统的加速响应。一个这一系列的最大的特点是新一代d-4S系统,包括两个喷射器(用于直接喷射和进气口喷射)对于每个气缸,高燃料压力(大于达到18MPa)和高燃料流率。新一代d-4S系统有助于实现高性能和热效率良好。此外,丰田加入冷却的EGR系统的β2AR-FSE发动机上,有助于降低燃料消耗,特别是在高速公路上行驶。非常低摩擦技术和很好的证明阿特金森循环也是该系列发动机的主要特点。由于以上的特点,新的发动机系列实现了高性能和高热效率高达38.5%,贡献杰出的低CO_2和油耗水平。最后,新的2013雷克萨斯IS,配备了此系列(2AR-FSE)的领先的发动机d级车,达到100克/公里的极低排放CO_2。该值远不如搭载了传统的汽油或柴油发动机的竞争对手的d-E段的车辆。丰田将扩大这个新的引擎安装到更广范围的车辆,以解决能源安全,全球变暖和空气质量的问题。

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