Electrical contact arrangement - having a touch-and-close connection which has an electrically conductive surface, - having a first and a second contact element, - wherein the first contact element comprises a plurality of first flexible carrier strips which each have a first and a second main area, and the second contact element comprises a plurality of second flexible carrier strips which each have a first and a second main area, - wherein each contact element has touch-and-close structures (14, 24) with an electrically conductive surface, - wherein the touch-and-close structures (14, 24) of one of the contact elements can be hooked to those of the respectively other contact element in order to form the touch-and-close connection with one another, - wherein the touch-and-close structures (14, 24) are fastened to a contact region (13, 23) of the respective carrier strip, - wherein the respective carrier strip (1, 2) comprises an electrically insulating carrier substrate (11, 21) and a conductor track (15, 25) which is fixedly connected to the said carrier substrate and which is conductively connected to the contact region (12, 22) of the said carrier strip, - wherein both main areas of the carrier substrate (11, 21) each have at least one conductor track (15, 25), characterized in that - the conductor tracks of the two main areas are conductively connected to one another by means of at least one opening which is formed in the carrier substrate (11, 21), - the first main area of the respective carrier strip (1, 2) has loops with an electrically conductive surface as first touch-and-close structures on the respective contact region, and the second main area of the respective carrier strip (1, 2) has hooks with an electrically conductive surface as second touch-and-close structures on the respective contact region, - the first and the second carrier strips (1, 2) are connected to one another and, to this end, are placed one above the other in such a way that the first and the second touch-and-close structures of the first and the second carrier strips (1, 2) engage one in the other, wherein the first carrier strips are connected electrically in parallel in relation to one another, and the second carrier strips are connected electrically in parallel in relation to one another. - having a touch-and-close connection which has an electrically conductive surface, - having a first and a second contact element, - wherein the first contact element comprises a plurality of first flexible carrier strips which each have a first and a second main area, and the second contact element comprises a plurality of second flexible carrier strips which each have a first and a second main area, - wherein each contact element has touch-and-close structures (14, 24) with an electrically conductive surface, - wherein the touch-and-close structures (14, 24) of one of the contact elements can be hooked to those of the respectively other contact element in order to form the touch-and-close connection with one another, - wherein the touch-and-close structures (14, 24) are fastened to a contact region (13, 23) of the respective carrier strip, - wherein the respective carrier strip (1, 2) comprises an electrically insulating carrier substrate (11, 21) and a conductor track (15, 25) which is fixedly connected to the said carrier substrate and which is conductively connected to the contact region (12, 22) of the said carrier strip, - wherein both main areas of the carrier substrate (11, 21) each have at least one conductor track (15, 25), - the conductor tracks of the two main areas are conductively connected to one another by means of at least one opening which is formed in the carrier substrate (11, 21), - the first main area of the respective carrier strip (1, 2) has loops with an electrically conductive surface as first touch-and-close structures on the respective contact region, and the second main area of the respective carrier strip (1, 2) has hooks with an electrically conductive surface as second touch-and-close structures on the respective contact region, - the first and the second carrier strips (1, 2) are connected to one another and, to this end, are placed one above the other in such a way that the first and the second touch-and-close structures of the first and the second carrier strips (1, 2) engage one in the other, wherein the first carrier strips are connected electrically in parallel in relation to one another, and the second carrier strips are connected electrically in parallel in relation to one another.