1. Accumulation of vibration and noise, modal testing, vibration mode analysis, TPA (transfer path analysis)
2. Precise quantitative analysis for the combustion noise of engine
3. Near-field and far-field acoustical holographic testing for precise identification of noise source
Developed throttle system
CEMS 1.0: 4-cylinder gasoline engine
CEMS 2.0: 3-cylinder gasoline engine
CEMS 2.1: 3-cylinder non-road engine (KHI)
CEMS 3.0: 4-cylinder CNG (compressed natural gas) system
CEMS 5.0: 4-cylinder start-stop system for gasoline engine
Developing electronic throttle control system (Double vvt & port de-activation valve)
CEMS E1.0 : 4-cylinder gasoline engine
CEMS E1.001: 4-cylinder gasoline engine for extended-range electric vehicle
Developing throttle system
CEMS 7.0: 2-cylinder gasoline engine
Electronic throttle control system will be started within 2 to 5 years
CEMS G1.0: 4-cylinder gasoline engine
CEMS G2.0: 3-cylinder gasoline engine
Allocation period for brand new engine or brand new vehicle: 19.5~26.5 months
Periods of engine's batch production or vehicle's remodeling: 12~18 month
Above time could be adjusted according to different configuration, requirements and risk grade.
Testing facilities
Engine bench testing room (50-660kW)
Semi-acoustic chamber
Air flow bench
Valve train
Testing room for optical engine
Testing room for high-, low- and room temperature rotating drum
Dedicated trail-production room
Testing projects
Development and calibration testing for thermodynamic
Performance testing
Reliability testing
Semi-acoustics NVH testing
Air-flow testing
Dynamic testing for valve train
Optical engine testing
Rotating drum testing for the vehicle
Trail-production for component