Low-energy-consumption damper

The invention discloses a low-energy-consumption damper which comprises a plurality of wire clamps arranged side by side and a damping device connected with the wire clamps. An insulating medium is arranged between the adjacent wire clamps, the upper portion of each wire clamp is provided with a first wire hole used for clamping a power transmission wire, and the lower portion of each wire clamp is provided with a second wire hole used for clamping the damping device. All the wire clamps of the low-energy-consumption damper are a laminated structure, laminations are separated by the insulating medium, the direction of the laminations can be along the through-flow direction of a power transmission conductor and can also be perpendicular to the through-flow direction of the power transmission conductor, eddy currents induced by the wire clamps can be limited in narrow loops in the laminations, and the induced voltage of an eddy current loop in each lamination is reduced while a loop resistance is increased so t