Abstract: This paper aims to explore the comprehensive impact of roller shade on daylighting and energy consumption of office buildings in range of hot summer and cold winter,and determine the key parameters affecting the comprehensive performance of roller shade. Firstly,560 kinds of roller shade are obtained by selecting the combination of 6 parameters affecting the performance of roller shade,and the annual dynamic energy consumption simulation and daylighting simulation are carried out by using EnergyPlus and Radiance;Secondly,through the questionnaire,the shading schedule considering the human behavior of office buildings and the proportion of indoor personnel’s attention to glare,daylighting and energy consumption are obtained;Finally,considering energy consumption, glare and daylighting, an innovative comprehensive performance index（Energy-Daylight, ED）is proposed to comprehensively evaluate the roller shade. Based on this index,the key parameters affecting the performance of roller shade are determined. The results show that in range of hot summer and cold winter,solar transmittance and reflecttance are two main factors affecting the comprehensive performance of roller shade. When the solar transmittance changes in the range of 0.01～0.10,it has a positive impact on the comprehensive performance of roller shade.