NOVELTY - The structure has electrically-conductive components (1a-1c,2a-2c) having positive or negative Seebeck coefficient. The electrically-conductive component having Seebeck coefficient of same code, is electrically connected in series with the electroconductive connection portions (3a-3d), in a particular connection form. The value of the Seebeck coefficient of a single-piece of the electrically-conductive component is amplified, according to the connection form of electrically-conductive component and electroconductive connection portion.    USE - Structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion element of numerously-connected Seebeck coefficient amplification thermoelectric conversion system (claimed) used in solar cell power generation system, wind power generation system and wave-powered electricity generation system for supplying electricity to air-conditioner.    ADVANTAGE - The thermoelectric conversion efficiency regarding the mutual conversion of heat-flow power and electric power can be improved reliably. The electric power output can be increased effectively.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:    (1) structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion unit;    (2) structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion accumulation unit;    (3) structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion module;    (4) structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion panel;    (5) structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion sheet;    (6) method for manufacturing numerously-connected Seebeck coefficient amplification thermoelectric conversion accumulation unit;    (7) method for manufacturing numerously-connected Seebeck coefficient amplification thermoelectric conversion module;    (8) method for manufacturing numerously-connected Seebeck coefficient amplification thermoelectric conversion panel;    (9) method for manufacturing numerously-connected Seebeck coefficient amplification thermoelectric conversion sheet; and    (10) structure of numerously-connected Seebeck coefficient amplification thermoelectric conversion system.    DESCRIPTION OF DRAWING(S) - The drawings show the schematic views of the numerously-connected Seebeck coefficient amplification thermoelectric conversion element.    Electrically-conductive components (1a-1c,2a-2c)    Electroconductive connection portions (3a-3d)    Joined electrically-conductive component (4)    Thermoelectric conversion elements (70a,70b)    Regions of P-type electrically conductive component (A1-A3)