An assembly for implementation in an electrolytic cell to facilitate enhanced distribution of electrical current in the electrodes of the electrolytic cell, the assembly including: an insulator configured to cooperate with a primary contact element and comprising a body, and first and second rows of seats distributed along the body and extending upwardly from said body for supporting first and second opposing rows of electrodes, each row of electrodes being an alternation of anodes and cathodes and each seat of the second rows of seats of the insulator being configured to provide support and insulation to the cathode resting thereon, wherein the first and second rows of seats of the insulator are configured with respect to a primary contact element so as to: allow electrical contact between each anode of the first row and the primary contact element while insulating each anode of the second row from the primary contact element, and allow electrical contact between each cathode of the second row and the primary contact element while insulating each cathode of the first row from the primary contact element, a secondary contact element configured to cooperate with the first row of seats of the insulator so as to be in electrical contact with each anode of the second row resting thereon, therefore facilitating enhanced distribution of the electrical current in the anodes of the second row; and a tertiary contact element configured to cooperate with the second row of seats of the insulator so as to be maintained in place and be in electrical contact to each cathode of the first row resting thereon, therefore facilitating enhanced distribution of the electrical current in the cathodes of the first row; and wherein at least one of the secondary contact element and the tertiary contact element, is partially embedded within the insulator or rests on a surface of the insulator. an insulator configured to cooperate with a primary contact element and comprising a body, and first and second rows of seats distributed along the body and extending upwardly from said body for supporting first and second opposing rows of electrodes, each row of electrodes being an alternation of anodes and cathodes and each seat of the second rows of seats of the insulator being configured to provide support and insulation to the cathode resting thereon, wherein the first and second rows of seats of the insulator are configured with respect to a primary contact element so as to: allow electrical contact between each anode of the first row and the primary contact element while insulating each anode of the second row from the primary contact element, and allow electrical contact between each cathode of the second row and the primary contact element while insulating each cathode of the first row from the primary contact element, a secondary contact element configured to cooperate with the first row of seats of the insulator so as to be in electrical contact with each anode of the second row resting thereon, therefore facilitating enhanced distribution of the electrical current in the anodes of the second row; and a tertiary contact element configured to cooperate with the second row of seats of the insulator so as to be maintained in place and be in electrical contact to each cathode of the first row resting thereon, therefore facilitating enhanced distribution of the electrical current in the cathodes of the first row; and wherein at least one of the secondary contact element and the tertiary contact element, is partially embedded within the insulator or rests on a surface of the insulator. allow electrical contact between each anode of the first row and the primary contact element while insulating each anode of the second row from the primary contact element, and allow electrical contact between each cathode of the second row and the primary contact element while insulating each cathode of the first row from the primary contact element, a secondary contact element configured to cooperate with the first row of seats of the insulator so as to be in electrical contact with each anode of the second row resting thereon, therefore facilitating enhanced distribution of the electrical current in the anodes of the second row; and a tertiary contact element configured to cooperate with the second row of seats of the insulator so as to be maintained in place and be in electrical contact to each cathode of the first row resting thereon, therefore facilitating enhanced distribution of the electrical current in the cathodes of the first row; and wherein at least one of the secondary contact element and the tertiary contact element, is partially embedded within the insulator or rests on a surface of the insulator.