In this paper, the light duty that meets the China 6 emission standard is selected to study the emission characteristics of different emission control technology routes under China light-duty vehicle test cycle (CLTC). The results show that the cold start stage of CLTC cycle is still the stage with the most pollutant emissions. The THC, CO and NOx emissions of vehicles on the supercharged direct injection technology are higher than those on the naturally aspirated port fuel injection technology. In terms of reducing the exhaust emission, PHEV technology route is the best, followed by naturally aspirated PFI technology route, and then turbocharged direct injection with GPF route
The large (26-fold over the past 25 years) increase in the on-road vehicle fleet in China has raised...
The idling distribution characteristics of NEDC, WLTC and CLTC conditions were analyzed, and the exh...
The CO2 moving average window(MAW) method is used to process RDE (real drive emissions) emissions da...
In order to satisfy regulations of CHINA 6 and the corresponding standards of fuel consumption, a va...
This paper focuses on light duty of china 6 with the same emission control technology. three vehicle...
Based on a plug-in hybrid car equipped with a 1.5L turbocharged direct injection gasoline engine, th...
Based on a large number of test data obtained from real driving emission test of gasoline vehicles, ...
In order to study the feasibility of the low load cycle (LLC) condition applied to China’s heavy-dut...
This study takes light-passenger vehicles with 1.5L port fuel injection turbocharged engine as the r...
This paper studied the engine test cycles including world harmonized steady cycle (WHSC), world harm...
According to the requirements of Normal Temperature Cold Start for the current China six automobile,...
The new diagnostic items such as fuel system, VVT and cold start emission reduction strategy are tes...
Through the fuel consumption test of several listed vehicles in China, the basic fuel consumption re...
A 6.2 L diesel engine that meets China VI emission standard was selected to run world harmonized tra...
Mobile emissions represent a main source of fine particulate matter (PM2.5) in China, however, few s...
The large (26-fold over the past 25 years) increase in the on-road vehicle fleet in China has raised...
The idling distribution characteristics of NEDC, WLTC and CLTC conditions were analyzed, and the exh...
The CO2 moving average window(MAW) method is used to process RDE (real drive emissions) emissions da...
In order to satisfy regulations of CHINA 6 and the corresponding standards of fuel consumption, a va...
This paper focuses on light duty of china 6 with the same emission control technology. three vehicle...
Based on a plug-in hybrid car equipped with a 1.5L turbocharged direct injection gasoline engine, th...
Based on a large number of test data obtained from real driving emission test of gasoline vehicles, ...
In order to study the feasibility of the low load cycle (LLC) condition applied to China’s heavy-dut...
This study takes light-passenger vehicles with 1.5L port fuel injection turbocharged engine as the r...
This paper studied the engine test cycles including world harmonized steady cycle (WHSC), world harm...
According to the requirements of Normal Temperature Cold Start for the current China six automobile,...
The new diagnostic items such as fuel system, VVT and cold start emission reduction strategy are tes...
Through the fuel consumption test of several listed vehicles in China, the basic fuel consumption re...
A 6.2 L diesel engine that meets China VI emission standard was selected to run world harmonized tra...
Mobile emissions represent a main source of fine particulate matter (PM2.5) in China, however, few s...
The large (26-fold over the past 25 years) increase in the on-road vehicle fleet in China has raised...
The idling distribution characteristics of NEDC, WLTC and CLTC conditions were analyzed, and the exh...
The CO2 moving average window(MAW) method is used to process RDE (real drive emissions) emissions da...