The present disclosure relates to a hypergravity centrifuge device and a temperature control method therefor. The temperature control method for a hypergravity centrifuge device based on steady-state temperature prediction of the present disclosure includes: step S100, providing a hypergravity centrifuge device; step S200, carrying out temperature sampling at designated detection points in the working chamber, and obtaining corresponding temperature sampling vector; step S200, carrying out temperature sampling at designated detection points in the working chamber, and obtaining corresponding temperature sampling vector; step S400, comparing the predicted steady-state temperature with a control temperature and changing a temperature of a cooling medium in the cooling system accordingly; step S500, cycling steps S200-S400 according to a predetermined cycle to make the predicted steady-state temperature tend towards the control temperature.

The present disclosure relates to a hypergravity centrifuge device and a temperature control method therefor. The temperature control method for a hypergravity centrifuge device based on steady-state temperature prediction of the present disclosure includes: step S100, providing a hypergravity centrifuge device; step S200, carrying out temperature sampling at designated detection points in the working chamber, and obtaining corresponding temperature sampling vector; step S200, carrying out temperature sampling at designated detection points in the working chamber, and obtaining corresponding temperature sampling vector; step S400, comparing the predicted steady-state temperature with a control temperature and changing a temperature of a cooling medium in the cooling system accordingly; step S500, cycling steps S200-S400 according to a predetermined cycle to make the predicted steady-state temperature tend towards the control temperature.