共查询到19条相似文献,搜索用时 109 毫秒
1.
2.
10月31日,中国第一家生产大功率缸内直喷压燃气体机的合资公司——潍柴动力西港新能源发动机有限公司在潍柴诞生.这个以领先于世界先进的高压直喷技术为核心的合资公司,将专门生产大功率重型汽车和城市公交车用新能源发动机.它是由潍柴动力股份有限公司、西港创新公司、香港培新(中国)投资有限责任公司合资成立的.它的诞生,开创了中国大功率新能源绿色发动机的先河.目前,工程项目已破土动工,一期投资2000万美元,设计纲领年产1万台新能源车用大功率高速发动机. 相似文献
3.
4.
5.
6.
2011年10月18—20日,第4届亚太天然气汽车协会国际会议与展览(ANGVA2011)在北京国家会议中心举办。作为一场国际范围的天然气技术盛会,吸引了众多整车、发动机、零部件配套厂商的参与。潍柴动力展出的一款新型燃气发动机引人注目,它就是首次公开亮相的"HPDI"天然气发动机。新技术来头不小走近潍柴动力的展台,眼前一台硕大的天然气发动机让记者驻足良久,并不是因为它颜色醒目,而是这台标注着天然气发动机的机器上居然还保留着一套高压油轨,甚至连油泵、油滤也都一应俱全,这不禁让人很是好奇。当技术 相似文献
7.
8.
9.
7月1日,由潍柴动力自主研发的蓝擎国Ⅲ发动机第20000台隆重上市,同时潍柴召开国Ⅴ发动机发布会,宣布:潍柴动力已研发成功达到国Ⅴ排放的大功率发动机。 相似文献
10.
故障现象一辆行驶里程仅为2492km的北方尼奥普兰客车(装备潍柴WP10NG336天然气发动机),正常行驶中突然发动机无力,最高车速只能达到80km/h。驾驶人如果将发动机熄火后重新起动,动力又能恢复正常,但是行驶一段路程后依然会出现上述故障。 相似文献
11.
加拿大西港创新公司中国区总裁安华博士近日在接受《商用汽车》杂志记者采访时表示,西港公司正在加快中国市场发展步伐,在北京新成立的独资公司已经建设完成,很快将会投入生产。该公司主要生产与高压直喷(HPDI)发动机配套的液化天然气存储及供给系统,年产能3万台,主要满足 相似文献
12.
2011年11月16日,《商用汽车》杂志记者拜访了加拿大西港创新公司北京代表处,这是记者第2次拜访该公司.5年前,西港公司刚刚在北京设立代表处,同年底,在广州车展上,加拿大西港创新的HPDI(高压直喷)液化天然气重型卡车首次在中国亮相,并引起了业界广泛关注.那时候无论是西港公司对于国内市场,还是国内用户对西港公司和HPDI技术,都可以用"陌生"来形容.那么5年后的今天,西港公司有哪些变化呢? 相似文献
13.
A numerical engine mapping methodology is proposed for the engine performance and fuel consumption map generation. An integrated model is developed by coupling a single cylinder GT-Power® engine model with a MATLAB/ Simulink® based boost system model to simulate a turbocharged diesel engine over the entire engine operating speed and load ranges within reasonable computational constraints. A single cylinder engine model with the built-in multi-zone combustion modeling option in GT-Power® is configured as a predictive engine model. The cycle averaged simulation result from the engine model is used as the boundary conditions of the boost system including intake and exhaust manifolds and a turbocharger. The boost system model developed in MATLAB/Simulink® platform calculates the intake and exhaust conditions which are fed back to the engine model. The integrated system model predicts the performance and fuel consumption of a turbocharged diesel engine with better predictive capability than mean value engine models. Its computational time is fast enough to simulate the engine over the entire engine operation range compared to multi-cylinder engine models. 相似文献
14.
Lasse Moklegaard Maria Druzhinina Anna Stefanopoulou 《Vehicle System Dynamics: International Journal of Vehicle Mechanics and Mobility》2001,36(2):179-201
A unified engine torque actuator for heavy-duty vehicles is developed in this paper. Based on averaging and identification of the instantaneous torque response for changes in brake valve timing and fuel flow, we derive a control oriented engine model of a six cylinder, 350 Hp turbocharged diesel engine, equipped with a compression brake. This work bridges the gap between the detailed compression crank angle based models developed in the engine design community, and the first order lag representation of diesel engine torque response used in the vehicle dynamics community. Moreover, we integrate the compression brake actuator with the service brakes and design a PI-controller that emulates the driver's actions during long descends on grades. The controller simply uses the engine speed measurement to activate the service brakes only when needed. 相似文献
15.
16.
《Vehicle System Dynamics: International Journal of Vehicle Mechanics and Mobility》2012,50(2-3):179-201
A unified engine torque actuator for heavy-duty vehicles is developed in this paper. Based on averaging and identification of the instantaneous torque response for changes in brake valve timing and fuel flow, we derive a control oriented engine model of a six cylinder, 350 Hp turbocharged diesel engine, equipped with a compression brake. This work bridges the gap between the detailed compression crank angle based models developed in the engine design community, and the first order lag representation of diesel engine torque response used in the vehicle dynamics community. Moreover, we integrate the compression brake actuator with the service brakes and design a PI-controller that emulates the driver's actions during long descends on grades. The controller simply uses the engine speed measurement to activate the service brakes only when needed. 相似文献
17.
18.
《JSAE Review》1994,15(3):195-200
Mazda has developed a highly efficient, V6 Miller cycle engine with late intake valve closing combined with a Lysholm compressor. The engine has achieved the good fuel economy of a small displacement engine while providing the excellent driving performance of a large displacement engine. It also offers superior NVH performance as well as high quality. This paper describes the structure, major technologies, and advantages of the new engine. 相似文献