▎ 摘　　要

NOVELTY - The device has a flexible substrate (1), a flexible thermoelectric film (2), a flexible heat conducting layer (3), a flexible photonic crystal layer (4), a flexible heat insulating layer (5), a flexible solar cell (6), a light filtering film (7) and a flexible heat insulating spacing layer (8). The flexible substrate is arranged at the bottom. The flexible heat conducting layer is laid on one side of the hot end of the flexible thermoelectric film. The flexible photonic crystal layer is laid right above the flexible heat conduction layer. The flexible thermal insulation layer is laid on one side of the cold end of the flexible thermoelectric film. The flexible solar cell is arranged right above the flexible heat insulation layer. The light filtering film is arranged right above the flexible solar cell. The flexible heat insulation spacing layer is arranged at the boundary between the cold end side and the hot end side of the flexible thermoelectric film. USE - Integrated photovoltaic-thermoelectric flexible power generating device used power supply device for flexible electronic device (claimed). ADVANTAGE - The integrated photovoltaic-thermoelectric flexible power generating device has improved temperature difference generating power, reduces the heat aggregation of the photo-voltaic cell, and realizes the maximum power generation capability of the power generation module and the thermo-electric module, and ensures stable power supply under various bending shielding conditions. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for preparing integrated photovoltaic-thermoelectric flexible generating device. DESCRIPTION OF DRAWING(S) - The drawing shows a left view of an integrated photovoltaic-thermoelectric flexible generating device. Flexible substrate (1) Flexible thermoelectric film (2) Flexible heat conducting layer (3) Flexible photonic crystal layer (4) Flexible heat insulating layer (5) Flexible solar cell (6) Light filtering film (7) Flexible heat insulating spacing layer (8)