In accordance with experimental results about the annealing microstructure and texture of cold-rolled deep- drawing sheet based on the compact strip production (CSP) process, a two-dimensional cellular automation simulation model, considering real space and time scale, was established to simulate recrystallization and grain growth during the actual batch annealing process. The simulation results show that pancaked grains form during recrystallization. {111} advantageous texture components become the main parts of the recrystallization texture. After grain growth, the pancaked grains coarsen gradually. The content of {111} advantageous texture components in the annealing texture increases from 55vol% to 65vol%; meanwhile, the contents of {112}<110> and {100}<110> texture components decrease by 4% and 8%, respectively, compared with the recrystallization texture. The simulation results of microstructure and texture evolution are also consistent with the experimental ones, proving the accuracy and usefulness of the model. In accordance with experimental results about the annealing microstructure and texture of cold-rolled deep drawing sheet based on the compact strip production (CSP) process, a two-dimensional cellular automation simulation model, considering real space and time scale, was established to simulate recrystallization and grain growth during the actual batch annealing process. The simulation results show that pancaked grains form during recrystallization. [111} advantageous texture components become the main parts of the recrystallization texture. After content of the pancaked grains coarsen gradually. {111} advantageous texture components in the annealing texture increases from 55 vol% to 65 vol%; meanwhile, the contents of {112} <110> and {100} <110> texture components decrease by 4% and 8% the recrystallization texture. The simulation results of microstructure and texture evolution are also consistent with the experimental ones, proving the acc uracy and usefulness of the model.