The system of automatic drip watering plants relates to irrigation systems and helps to organize the automatic irrigation. Drip irrigation watering system includes a subsystem consisting of the water tank pump power, disposed inside the water tank pressure hose connected to the discharge conduit of the pump main coupler with a pressure hose to which are attached several distribution hose lines, each with a plurality of secondary couplers, connecting sequentially distributing hoses each of the secondary splitters has additional connections and a plurality of droppers nutrient hoses connecting the dropper with additional nozzles jams that choke every last dispensing hose or tube last secondary branching power subsystem having a source of electrical power Power control subsystem having a programmable controller, wherein the subsystem power supply source is a solar battery, to which an electric battery a motor drive control subsystem has a microprocessor interface bus, and between the water plants in each row mounted soil moisture sensor coupled to the controller bus. Each secondary coupler subsystem has two additional irrigation pipe, wherein the length of one of the nutrient hose corresponds to the distance between adjacent rows of the plurality of plants. The distance between each pair of the plurality of plants irrigated rows than between rows of plants in the pair. 4 PF 2 FIG.1. Система автоматического капельного полива множества растений, высаженных в грунте параллельными рядами, включающая:- подсистему полива, состоящую из:- емкости с водой, установленной поблизости от рядов множества растений- насоса с электрическим приводом, размещенного внутри емкости с водой, имеющего всасывающий и нагнетательный патрубки- напорного шланга, присоединенного к нагнетательному патрубку насоса- главного разветвителя, присоединенного к напорному шлангу, к которому присоединены несколько линий распределительных шлангов, каждый с множеством вторичных разветвителей, соединяющих после
