Drip Lines
IrriSmart offer 2 bespoke dripline solutions, The spacings and flow rates have been developed over may years in French vineyards although we can create bespoke to suit any location, climate, environment, planting or soil type.
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UniWine AS – this system is designed for new vineyard and is installed below the surface, this reduces damage from insects and animals, also transpiration, and humidity therefore reducing disease risk.
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UniWine RC – is specifically designed for established vineyards and can be laid on the ground or clipped to wire support to keep it away from damage.
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Both system give 100% uniform aplication from the first emitter to the last. And with proper system design will give 100% uniform aplication of water and nutrients across the whole vineyard.
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Monitoring & Automation Solutions
IrriSmart's - monitoring technology for Smart water managmnet.
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Out monitoring & automation technology offers growers of any plant or crop, in either soil or substrate, the information, data, interpretation and action to maximize quality, yield and profitability, while huge saving water, fertilisers and energy.
Information and remote control
for horticulture & agriculture
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Robust,connected
and autonomous
Solar energy
Sustainable, low-cost power supply
In many cases, agricultural operations are located in rural or remote areas where access to the electrical grid may be limited or expensive to install. In these situations, solar energy becomes an autonomous and cost-effective alternative, offering an ideal solution for locations far from existing electrical infrastructure.
Reliable connectivity
Anywhere in the world
The devices use NBIoT technology to communicate directly with our servers hosted on Amazon Web Services, allowing us to guarantee maximum connectivity in any territory.
Total autonomy
No cables and no antennas
These are completely autonomous devices that do not require any additional connectivity installations, such as gateways or repeaters, to perform their function.
360° Monitoring
Access up-to-date information from meters, pressure sensors, soil sensors, and environmental sensors. Monitor the water levels in wells and reservoirs. Always make the best irrigation decisions at the right time.
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Remote access
Control and schedule irrigation systems, pumps, and valves from anywhere using the mobile app. Avoid unnecessary visits to the farm.
Flexible automation
Automate irrigation based on time or volume. Take advantage of smart scheduling so that sensors readings automatically adjust irrigation based on crop needs.
Alerts
Receive real-time notifications via SMS or email if an anomaly occurs. Detect leaks, over pressure and malfunctions instantly.
Platform: intuitive, centralized, efficient
We have developed an intuitive, multi-device platform that provides accurate insights and enables real-time remote monitoring, scheduling, and control of any water management system.
Self -powered, compact and wireless
The IoT devices can be installed in just a few minutes, are powered by an integrated solar panel, and connect to the cellular network virtually anywhere in the world.
Sensors: monitor and take control
Power up your installation with our range of sensors: you can monitor and ensure the safety of your irrigation infrastructure with IoT precision and the simplicity you need.
Sensors: Monitor and take control
To make the right decisions, you need accurate real-time data: how much moisture the soil has, what the water quality is like, if the pressure is correct or if something is wrong in the network.
Boost your installation with our range of sensors: you can monitor and ensure the safety of the irrigation infrastructure with the IoT precision and simplicity you need.
Our Sensors for monitoring
The sensors collect information and send it directly to the platform, helping you save water, energy, and time, and improve the quality of your crops.
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Whether you manage a farm or an irrigation community, you will be able to visualise in real time what is happening at each point of the network: flow, pressure, humidity or water quality.
This way you can plan irrigation with reliable data, detect incidents before they affect the service and demonstrate more efficient and sustainable water management.
Soil
Reduce costs and improve productivity
Our various types of soil sensors collect data on volumetric water content, temperature and electrical conductivity of the soil at various depths.
The SPHERAG platform processes this information and shows it to you graphically so that it is easy to interpret.
Soil Tention
Manages crop water stress
The blood pressure monitor measures the tension of water in the soil, indicating the actual effort of the roots to absorb it.
It uses a porous ceramic tip that interacts with the soil and generates vacuum depending on dryness.
It is a durable and reliable solution that helps optimize irrigation, manage water stress, and improve water use efficiency
Water EC
Controls the salinity of the water
The Electrical Conductivity and Temperature Sensor is designed to measure the electrical conductivity of water in a pipe
or reservoir. The salinity of irrigation can be a limiting factor that reduces the plant's ability to absorb water and nutrients.
Monitoring this parameter helps you prevent salinization problems, adjust the fertigation plan, and detect changes in water quality that could affect the crop.
Temperature & Humidity
Hyperlocalized weather information
The weather forecast and the mobile weather app give you useful information, but what our sensors give you is even more useful, which collect temperature and relative humidity measurements right where your farm is!
Adjust irrigation to soil evaporation and crop transpiration conditions, take preventive measures against potential pest development, and maintain optimal conditions in a greenhouse.
Pressure
Control and safety
of hydraulic networks
Control and safety
of hydraulic networks
It allows you to monitor the installation in real time, know if irrigation is being executed correctly, detect peaks or falls instantly and prevent mechanical failures in pumps or pipes.
It maximizes the useful life of the infrastructure and ensures the homogeneous distribution of water and fertilizers.
Pressure Switch
Protects the network from over pressures
Pressure spikes and dips outside the design limits of the hydraulic network can cause pipe breaks and pump wear. In addition to the repair costs of these breakdowns, there are potential crop losses due to the power cut off during the repair.
The pressure switch allows you to monitor the pressure in the network and activates or deactivates a digital input when the configured threshold is reached, closing the circuit reliably.
Flow Sensors
Detects leaks or blockages in real-time
The flow sensor provides real-time data on the passage of water in pipes, allowing continuous control of the irrigation system.
Its use contributes to drastically reducing the response time to incidents such as leaks, obstructions or breakages, to minimising
water waste and to ensuring the continuity and reliability of the service, both at the plot level and at the irrigation community level.
Level Sensors
Monitor water reserves
Water level monitoring facilitates efficient planning of water reserves and avoids unexpected supply interruptions.
By generating early warnings at critical levels (emptying or overflowing), it helps prevent water waste and maintain the necessary pressure and flow throughout the network.
Plug & Play technology
Installation is quick and easy: one person, three steps. Maintenance of these devices is limited to cleaning the solar panel.
It has never been easier
