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【全球动态】川崎展示了第一辆氢动力摩托车原型

时间:2023-12-30 来源: 浏览:

【全球动态】川崎展示了第一辆氢动力摩托车原型

佛山绿色发展创新研究院
佛山绿色发展创新研究院

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佛山绿色发展创新研究院依托一个国家级技术平台——国家技术标准创新基地(氢能),扎根于氢能和绿色制造两个领域,聚焦于 “政策研究、标准创新、技术开发、检测认证、成果转化” 五个方面,着力推动氢能及绿色制造产业发展,打造绿色产业生态。

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脱碳革命正在汽车行业如火如荼地进行,汽车行业的目标是到本世纪中叶实现零排放。在很大程度上,全球的摩托车制造商似乎都在遵循与汽车制造商相似的道路,所以他们都在努力使他们的产品电动化和更安全。然而,由于摩托车在性能方面需要轻便和圆滑,氢被许多人视为比电力更好的储存和移动能量的解决方案。

氢动力增压川崎 忍者H2 SX 。图片来源:

在去年10月的日本移动展上,雅马哈展示了HySE项目,即氢小型移动和发动机技术的缩写,该项目将氢内燃机与行李架上的大型储气罐结合在一起。这款革命性的氢动力滑板车是雅马哈、本田、丰田和川崎合作的结果。后者一直在进一步探索这一概念,现在推出了一款增压、零排放、氢动力的Ninja H2 SX。

Ninja H2 HySE氢摩托车之前向公众展示过,但只是在渲染中,所以很多人很快就把它贴上了汽具的标签。不过,川崎在研发方面进展迅速,这款 摩托车 已经进入了原型设计阶段,该公司声称测试将于明年初开始。

忍者H2 SX是一款超级运动 摩托车 ,由998cc增压直列四缸发动机提供动力,功率为197马力,为原型车提供了一些良好的骨架。川崎表示,HySE原型车配备了基于H2 SX工厂的氢发动机,并与丰田公司合作开发。

除了探索该品牌在绿色推进和替代燃料方面的未来,新的氢发动机也被设计并安装在hse - x1上,并排用于明年达喀尔拉力赛的Mission 1000项目。

这家日本公司最近在其集团愿景2030进展报告会议上展示了氢动力的Ninja H2 SX。正如你在图片中看到的那样,在摩托 的每一边都增加了氢气夹,与常规的SX相比,它的设计更笨重,更有棱角。此外,这家摩托车制造商还为氢动力 摩托 开发了一些新的车身,比如全新的、完全不同的面板和一个独立的h形前灯。

不过, 摩托 的其他部分都不保密。从球根状的前部整流罩到后部装有高压气瓶的超大硬背带,这辆 摩托 有着相当肌肉发达的轮廓,看起来就像从反乌托邦漫画中取出的东西。

由于设计还处于研发的早期阶段,目前还没有关于摩托车规格的细节,比如输出、燃料消耗或续航里程。

虽然有些人可能会争辩说,川崎的原型车清楚地表明,氢不是制造清洁内燃机的解决方案,但我们应该记住,这只是一个技术练习,证明HySE项目是可行的。一旦它进入生产阶段,我们就会看到它的成功程度,这在未来还很遥远。

 ·原文·

 

Kawasaki Showcases First Hydrogen-Powered Motorcycle Prototype

The decarbonization revolution is well underway in the automotive world, with the industry’s goal being zero emissions by mid-century. For the most part, motorcycle makers all over the globe seem to be following a similar path to automakers, so they are hard at work to make their products electric and safer. However, since motorcycles need to be light and sleek to deliver on the performance front, hydrogen is seen by many as a better solution to store and move energy around than electricity.

At the Japan Mobility Show back in October, Yamaha presented the HySE project, short for Hydrogen Small Mobility and Engine Technology, which mated a hydrogen combustion engine with a large storage tank on the luggage rack. The revolutionary hydrogen-powered scooter is the result of a collaboration between Yamaha, Honda, Toyota, and  Kawasaki . The latter has been further exploring that concept and has now unveiled a supercharged, zero-emissions, hydrogen-powered Ninja H2 SX.

The Ninja H2 HySE hydrogen motorcycle was shown to the public before, but only in renders, so many were quick to label it as vaporware. Kawasaki has moved fast with the development, though, and the bike has already entered the prototyping stage, and the company claims testing is set to begin early next year.

The Ninja H2 SX is a hypersport bike powered by a supercharged 998cc inline-four making 197 hp, lending the prototype some good bones to start with. Kawasaki says the HySE prototype is equipped with a hydrogen engine based on the H2 SX’s mill and developed in collaboration with Toyota.

Besides exploring the future of the brand in terms of  green propulsion  and alternative fuel, the new hydrogen engine was also designed for and fitted onto the HySE-X1 side-by-side for the Mission 1000 program at next year’s Dakar Rally. The Japanese company has recently showcased the hydrogen-powered Ninja H2 SX at its Group Vision 2030 Progress Report meeting. As you can see in the images, the addition of hydrogen-holding panniers on each side of the bike resulted in a considerably bulkier and more angular design compared to the regular SX. Moreover, the  motorcycle  manufacturer developed some new bodywork for the hydrogen-powered bike, such as new, completely different panels and a discrete H-shaped headlamp. Nothing about the rest of the bike is discreet, though. From the bulbous front fairing to the oversized hard panniers at the back that house high-pressure gas cylinders, this bike has a quite muscular profile and looks like something taken out of a dystopian manga. Since the design is in such an early stage of development, there are no details regarding the motorcycle’s specifications, like output, fuel consumption, or range. While some may argue that  Kawasaki’s prototype  clearly shows that hydrogen is not the solution for creating a clean combustion engine, we should keep in mind that this is merely a technical exercise proving that the HySE project is feasible. We’ll see how successful it can be once it reaches the production stage, which is still quite far away in the future. 

(原文作者 :Ancuta Losub   素材来自: Autoevolution   编译:佛山绿色发展创新研究院宣传工作组)

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