The present invention provides a photovoltaic power station power control characteristic acquisition system on the basis of hybrid simulation. The photovoltaic power station power control characteristic acquisition system comprises a photovoltaic inverter unit test module, a data analysis module, a photovoltaic power station model module, a photovoltaic power station simulation module, a data warehouse module, a characteristic output module, a data communication module and a master control module. The photovoltaic inverter unit test module and the data analysis module are configured to complete a unit-level power control characteristic analysis; the photovoltaic power station model module and the photovoltaic power station simulation module are configured to complete a plant-level power output characteristic analysis; the data warehouse module and the characteristic output module are configured to perform data mining and generation of a analysis report; the master control module includes an AVC reactive voltage control system and an AGC active control system and is configured to send power control instructions; and the data communication module is configured to perform communication among modules. The photovoltaic power station power control characteristic acquisition system on the basis of hybrid simulation is able to perform comprehensive scanning and analysis of various operation conditions and provide an overall engineering guidance for a power grid dispatching department and the operator of a photovoltaic power station.