Compatible controllers and sensors

A meter that measures the volume or flow of water in the hose to control water usage by zone and analyze irrigation uniformity on the VEGGA platform.

An irrigation meter that monitors the volume of water applied and enables users to control water consumption, analyze irrigation pulses, and detect hydraulic anomalies. At VEGGA, this data is integrated with soil and climate sensors to optimize irrigation efficiency and decision-making.

A matric potential sensor that allows for the assessment of actual water availability to the plant and the detection of water stress in crops. At VEGGA, this data helps optimize irrigation programming and complements soil moisture information for more precise water management.

A soil moisture, EC, and temperature sensor that enables integrated monitoring of the water, salinity, and thermal conditions of the root zone. At VEGGA, this data helps optimize irrigation and fertigation, detect risks of salinization, and improve the efficiency of water and fertilizer use.

A multi-layer soil moisture and temperature sensor that measures volumetric water content at different depths to determine water distribution in the root zone. At VEGGA, this data enables us to optimize irrigation frequency and duration, detect percolation losses, and improve water management through real-time alerts and analysis.

A plant water status sensor that enables direct assessment of plant water stress and optimizes precision irrigation in VEGGA, complementing the data from soil sensors.

A dendrometric sensor that monitors changes in the trunk to assess the plant’s water status and optimize irrigation decisions in VEGGA.

A fruit diameter sensor that monitors growth, detects water stress, and helps optimize irrigation decisions in VEGGA.

Compact weather station with multiple built-in sensors that provides real-time climate data to calculate Evapotranspiration (ET), optimize irrigation, and generate agronomic alerts in VEGGA.

A solar radiation sensor that provides essential data for calculating Evapotranspiration (ET), estimating crop photosynthetic activity, and managing the activation of pumps and motors in solar or hybrid irrigation systems in VEGGA.

A relative humidity sensor that, when combined with temperature data, helps estimate water requirements, detect risks of stress or disease, and calculate indicators such as the DPV, wet-bulb temperature, and Dew point in VEGGA.

Air temperature sensor that provides key data for calculating Evapotranspiration (ET), optimizing irrigation, and obtaining agronomic indicators such as the potential vapor pressure (DPV), wet-bulb temperature, and Dew point in VEGGA.

A wind direction sensor that complements the anemometer and helps interpret climatical conditions to optimize treatments, crop protection, and other agronomic decisions in VEGGA.

Wind speed sensor that provides key data for estimating Evapotranspiration (ET), optimizing irrigation, and issuing alerts regarding conditions that could affect pesticide applications or cause irrigation stops due to inefficiency.

A precipitation sensor that converts collected rain into electrical pulses proportional to the amount of water accumulated. In VEGGA, this information is combined with sensor data and climatical data to optimize soil water balance and improve agronomic decision-making.

A pressure sensor that monitors water pressure in the irrigation system to ensure correct operation and uniform distribution on the VEGGA platform, detecting anomalies such as leaks, blockages, or drops in pressure, and ensuring the effectiveness of irrigation and frost protection systems.

A pH sensor that monitors the acidity of irrigation water or nutrient solution and allows for real-time adjustment of fertigation on the VEGGA platform, optimizing nutrient availability and crop efficiency.

A fertilizer meter that monitors the amount of fertilizer injected and allows users to control the dosage, analyze applications, and optimize nutritional efficiency on the VEGGA platform.

An electrical conductivity sensor for irrigation water that allows users to control salinity and optimize fertigation on the VEGGA platform, improving nutrient efficiency and preventing the risk of salinization.

A leaf wetness sensor that monitors the presence and duration of water on the leaf surface to detect conditions that pose a health risk. At VEGGA, this data enables the activation of disease prediction models and the optimization of plant protection applications.