The utility model discloses a bundled conductor structure capable of preventing and removing ice by using economic current, relates to an ice preventing and removing technology of a bundled conductor, and aims at solving the problem that an existing ice preventing and removing technology of the bundled conductor affects normal power supply of a circuit. An insulated conductor spacer is arranged between bundled conductors; an ice melting branch switch is arranged on each bundled conductor; each ice melting branch switch is turned on during normal operation; and when one bundled conductor is subjected to ice melting operation, the ice melting branch switch on each bundled conductor is kept on, and the ice melting branch switches on other bundled conductors are turned off and transmit all current, so that the bundled conductors can prevent and remove ice under the condition of normal power supply of the circuit. Therefore, the bundled conductor structure is suitable for preventing and removing ice of the bundled conductors by economic current.