The invention discloses a hybrid integrated electric-control liquid-crystal optical switch array. The hybrid integrated electric-control liquid-crystal optical switch array comprises a hybrid integrated electric-control liquid-crystal optically-focused microlens array and an electric-control liquid-crystal optically-diffused microlens array, and the optical axis of each liquid-crystal optically-focused microlens unit is coincident with that of each liquid-crystal optically-diffused microlens unit. When being powered up, optically-focused microlenses carry out internal-focusing optically-focused operations to a light beam under the effect of electric-control signals of different mean square amplitudes. and optically-diffused microlenses carry out controllable operations with a controllable diffusion degree to a light beam under the effect of electric-control signals of different mean square amplitudes. When being powered off, the liquid-crystal optically-focused microlenses and the optically-diffused microlenses are converted into liquid-crystal phase-shift plates which only delay light wave phases, and the liquid-crystal phase-shift plates which are formed after the liquid-crystal optically-focused microlenses and the optically-diffused microlenses are powered off form the opening state of the optical switch. The hybrid integrated electric-control liquid-crystal optical switch array can complete electric-control light beam on-off operations, and is suitable for optical fiber or optical cable systems which are wide in spectrum scope and large in wave beam intensity change scope.