涡轮增压器性能试验系统的研制

Research on Performance Test System for Turbocharger

内燃机增压技术是发动机节能减排的高效手段,增压器的效率对发动机性能起着至关重要的作用。在增大了功率的同时,提高了内燃机的燃油经济性,降低了排放,并提高了发动机的适应性。涡轮增压器性能试验系统通过远程集控及自动辅助系统的调节,模拟增压器的使用工况,对其进行台架性能试验。系统既可进行外源冷吹风、热吹风试验,也可进行自循环热吹风试验。系统可用于涡轮增压器的新产品开发,性能研究,生产检验和质量比对实验。系统研发、设计和制造过程采用国际流行的虚拟实境方式和计算机仿真、分析技术。可进行原理数据核算,零部件建模设计,虚拟平台装配与分析等整个系统的模拟。保证了设计数据的精确性,试验系统的灵活和可靠性。

Turbocharged technology of I. C engine is an effective approach for energy saving and emission reduction, and so of turbocharger efficiency is dominate factor to engine performance. While engine power rises, its fuel economy is improved and emission reduced and significant applicability achieved. The performance test system for turbocharger shall simulate the working conditions of turbocharger to carry out bench test by remote control and adjustment of auto auxiliary system. The system might perform the test with external cold air and hot air as well as auto- recycling hot air. Additionally, the system is also applicable for tests in the process of new product research and development, performance research, production test and quality comparison. International popular virtual mode, PC emulation and analysis technology are used in research, design and manufacture. On the system, emulation is carried out like economic accounting, modeling design of part, virtual assemble and analysis platform, which might enable the test system flexible and reliable with precious data.