Uspješan uzgoj poljoprivrednih kultura ključan je uvjet za razvoj prehrambene industrije u smislu potrebe za općom ljudskom prehranom. U tom procesu uzgoja poljoprivrednih kultura sustavi za navodnjavanje imaju značajnu ulogu. Cilj automatiziranog sustava upravljanja pumpama za navodnjavanje je dodatno automatizirati sustav navodnjavanja. To se postiže sustavom za upravljanje pumpama koji se sastoji od dva ključna dijela: centralne i izvršne jedinice sustava. Sve izvršne jedinice prikupljaju podatke sa poljoprivredne površine i putem centralne jedinice se podatci prenose do računala odnosno do korisnika. Korisnik odlučuje o načinu navodnjavanja i povratnom informacijom „odgovara“ izvršnoj jedinici koliku količinu vode da pusti u sustav navodnjavanja. Sustav je projektiran da mu potrošnja električne energije bude minimalna, pa je u budućnosti kroz razne inačice sustava moguće je dodati i solarno napajanje.

Successful cultivation of agricultural crops is a key condition for the development of the food industry in terms of the need for general human nutrition. Irrigation systems have a significant role to play in the stated process of growing crops. The goal of an automated pump management system for irrigation is to further automate the irrigation system. This is achieved by a pump management system that consists of two key parts: central and executive system units. All the executive units collect data from the agricultural area and transfer the data via the central unit to the computer, respectively to the user. The user decides on the irrigation mode and "responds" with feedback information to the executive unit the exact amount of water that is allowed to release to the irrigation system. The system is designed to have minimal power consumption, so in the future, solar power can be added in various versions of the system. The system is designed to have minimal power consumption, so in the future solar power could be added in various versions of the system.