The present disclosure is related to an automated control system for parcel irrigation, characterized by comprising a plurality of hydrant parcel modules with intelligent controls that define a network and subsystems that supply water and fertilizer, instrumentation for the control of supplies, pressure, volume, air injection, supply and distribution pipelines, as well as electronic control modules and connection means for an electronic key for downloading scheduling information for irrigation and power supply means using solar technology, batteries and/or emergency lithium batteries for the operation thereof, said modules being interconnected with each other wirelessly via an RF module and an antenna for data transmission； a main control booth with an RF antenna for intercommunicating with the network of the plurality of hydrant parcel modules with intelligent control and with at least one weather station, wherein said main control booth comprises a central processing unit via a PC a nd a database, and a programmer of the irrigation sheet, as well as a central server with software to control the system allowing the irrigation sheet and/or scheduling to be estimated for a particular parcel and crop for scheduling in said electronic key, which is saved directly on the hydrant modules.La invención se refiere a un sistema automatizado de control de riego parcelario, caracterizado por comprender una pluralidad de módulos hidrantes parcelarios con control inteligente que definen una red y que comprenden subsistemas de suministro de agua y fertilizantes, instrumentación de control de suministros, presiones, volúmenes, inyección de aire, ductos de suministro y distribución, así como módulos electrónicos de control y medios de conexión de una llave electrónica para la descarga de programación de información de riego y medios de suministro de energía mediante tecnología solar, baterías y/o pilas de litio de emergencia para su operación； intercomunicados entre sí de forma ina
