The invention relates to a contact method in double-looped network nodes of a 10-kV circuit. The contact method comprises the following steps of (1) determining a wiring mode to form a double-looped network, wherein the double-looped network structure is a looped network formed by two circuits respectively from two substations, looped network circuits are lay in parallel, each looped network circuit adopts a copper cable to connect, the copper cables are connected by a looped network cabinet, and two looped networks are formed by connecting nine looped network cabinets in series; and (2) determining a contact node, wherein the contact node comprises an opened annular contact point and a substation contact point, the opened annular contact point serves as a contact point of two circuits in an unified looped network circuit and is arranged at the middle position of the looped network and selected in the same looped network cabinet, and the substation contact point serves as contact between outgoing lines of the same substation and is selected at the middle position of each circuit. According to the method disclosed by the invention, the maximum allowable value of the load rate of the original circuit is improved to 56% from 50%, the average transfer of a load is facilitated, and the power grid is ensured to still run reliably after load transferring.