Based on the Max Planck Institute for Meteorology Earth system model MPI-ESM1-2-LR, we ran an up to 30-member Emission-driven Large Ensemble (MPI-Edriven-LE). This ensemble is forced by CO2 emissions in representing the interactive carbon cycle instead of the conventional prescribed CO2 concentration. In this emission-driven ensemble, the atmospheric CO2 concentration evolves in response to the strength of ocean and land carbon sink interactively. This emission-driven ensemble simulations enable investigation of the global carbon cycle and the climate changes in the presence of internal variabilities of the Earth system. This ensemble contains 5 experiments under CMIP6 historical forcing path from 1850-2014 and future scenarios from 2015-2099: esm-hist 33 members: vga0225, ehist0001-ehist0005, cre0001-cre0004, ehist0006-ehist0025, cre0005-cre0007; esm-ssp126 10 members: essp126_0000-essp126_0009; esm-ssp245 30 members: essp245_0000-essp245_0029; esm-ssp370 10 members: essp370_0000-essp370_0009; esm-ssp585 30 members: essp585_0000-essp585_0005, cressp585_0001-cressp585_0002, essp585_0008-essp585_0029. We archive here the raw model outputs of the MPI-Edriven-LE. The realization sequence, start time from the control simulation and further information of the simulations are included in the wiki page: https://wiki.mpimet.mpg.de/doku.php?id=analysis:pot_pourri:ruby:grand_ensemble:data_efforts:emission_driven_experiments