For SLR in the daytime,the time-varying characteristics of pointing error are large because of the influence of the solar irradiation and the temperature change,which will affect the pointing accuracy of tracking satellites.For the sky region where the satellites pass through in the daytime,the local pointing error correction method based on star monitor in the daylight is proposed to reduce the effect of atmosphere temperature variation and realize high accurate telescope pointing.Based on the SLR system with 60 cm aperture at Shanghai Astronomical Observatory,the ability of monitoring stars with the brightness brighter than the magnitudes of three has been achieved by using the short-wave cut-off filter in front of the camera.The 6 or 7 stars in the above mentioned sky region are selected to observe,and the local pointing error correction model is set up.The measuring results show that the pointing errors along the trajectory of satellite pass can meet the requirement of daylight tracking and telescope pointing.This method has certain practical value for daylight SLR,especially for high-orbit satellites and it can also be applied to the other telescope systems for daylight observation.