Photovoltaic irrigation system consists of a system with 363 photovoltaic modules arranged in three collations operated by 6 water pumps. The peak photovoltaic power of the photovoltaic field is 90.75 kWp. The system consists of 3 facilities, being Rabo I, II and III. The modules are placed under a tilt of 30 degrees from the ground and they do not reflect solar light into the environment. There are polycrystalline photovoltaic modules used with nominal power of 250 W and with a usability rate of 15.27%. The plant is used to produce electricity by means of a water pump that transports water from the water source to the accumulation pool. This facility is called Rabo I. The expected electricity production per one year is 16.4 MWh, while the expected pump flow at maximum irradiation over the foreseen exploitation time is 22 /h of water per one pump. There is a total of 12 photovoltaic modules built in per one plant, with a total peak photovoltaic power 12 kWp per plant. The Rabo II facility produces electricity that drives the water pump to transport water from the pool to the accumulation lake. The expected production of electricity is 42 MWh per year, and the expected flow at maximum irradiation is 111 /h. The plant consists of 126 photovoltaic modules with a peak power of 21.5 kWp. The purpose of the Rabo III facility is the production of electricity that drives the water pump to bring water from the accumulation lake to an agricultural area that needs to be irrigated. There are 189 photovoltaic modules installed. This paper also elaborates the drop-by-drop irrigation, as well as the filling of the accumulation pool and the accumulation lake. The investment in the whole system worth 1.5 million HRK + VAT, and the system is made without batteries