The present invention relates to a thermoelectric module (13) having a first face (17) and a second face (18), opposed with respect to said first face (17), and characterized in that it comprises at least a Seebeck effect cell element (20; 21; 22), for converting thermal energy into electric energy, said cell element (20; 21; 22) comprising a first face (700) and a second face (800), opposed to said first face (700), said first and second faces (700, 800) being respectively faced toward said first face (17) and toward said second face (18) of said thermoelectric module (13), and at least a thermoelectric element (1), having a first side (70) and a second side (80), opposed with respect to said first side (70), said first and second sides (70, 80) being respectively provided in correspondence of said first and second faces (700, 800) of said cell element (20; 21; 22), said at least one thermoelectric element (1) comprising a first film (2), a second film (3) and at least a conductive layer (4), said at least a conductive layer (4) comprising a plurality of first and second conductive elements (5, 6), said plurality of first and second conductive elements (5, 6) being in contact each other in a plurality of first and second junction points (7, 8) to obtain Seebeck effect, each junction point (7, 8) being provided respectively along said first and said second side (70, 80) of said at least one thermoelectric element (1), and in that said thermoelectric module (13) further comprises a thermal glass (15), a housing (16) for said at least one cell element (20; 21; 22) and a frame (14) for said thermal glass (15) and said housing (16).
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