A system for sustainable organic farming resilient to climate anomalies

Abstract

The utility model relates to a system for sustainable organic farming that is resistant to climatic anomalies, designed for use on agricultural land, including fruit plantations. The system comprises a supporting structure with support columns (4), steel tensioners (5), load-bearing steel cables (6), and transverse load-bearing steel cables (11), to which a protective net (10) and piping elements for drip irrigation, misting, sprinkling, micro-sprinkling, and peripheral sprinkling. The water source (14) is connected via a main underground pressure pipeline (15) to a pumping station (16), a control unit (21), an underground main pressure pipeline (22), underground section pressure pipelines (23), automatic valves (24, 25, 26), and an automatic valve (27), controlled by a controller (20). The system also includes a booster pump (28) connected to an underground pipeline network and watering troughs located throughout the agricultural area. Power is supplied by a mobile energy storage battery (17), a mobile hybrid inverter (18), and a mobile photovoltaic power plant (19).The controller (20) can use LoRa communication and be connected to sensors for soil moisture, air temperature, air humidity, precipitation, smoke, and wind speed and direction.