Supervision and geolocation ffficiently locate your equipment thanks to smart agriculture

Connected farming is revolutionizing the way farmers manage their equipment. Thanks to supervision and geolocation, it is now possible to optimize the efficiency of farm equipment management, whether it’s located on the farm or in the field. The concept of smart farming is in full development. In this article, we’ll develop how supervision and geolocation offer new opportunities for farmers, enabling them to optimize their operations, make informed decisions and take full advantage of the benefits of connected agriculture.

Supervision of container fill rate

Monitor container fill levels in real time

Real-time monitoring of container fill levels is a key element of sustainable, connected agriculture. Thanks to intelligent sensors and precise measuring devices, farmers can obtain real-time information on the fill level of their tanks, silos or storage vats.

This continuous monitoring provides precise information on the quantity of liquid or material stored, offering a detailed overview of the state of resources.

Real-time data collection enables farmers to closely monitor container fill rates, anticipate supply needs and efficiently plan farming activities.

Thanks to this monitoring, operators can avoid unnecessary stock-outs or overstocking, thus optimizing their resources and costs.

What’s more, remote access to filling data facilitates day-to-day management and reduces logistical constraints.

Benefits of supervision for farmers

Container fill rate monitoring offers many advantages to farmers. First of all, it enables better supply management. By monitoring container fill levels in real time, operators can anticipate the need for raw materials, water or other essential resources.

Connected agriculture

This avoids delays in supplies and guarantees constant availability of the resources needed for farming activities.

Secondly, by monitoring fill rates, we can reduce the costs associated with overstocking or out-of-stock situations. With precise knowledge of container fill levels, farmers can adjust their orders according to real needs, avoiding overstocking or shortages. This inventory optimization helps reduce management costs and maximize the efficiency of farming operations.

In addition, monitoring fill rates enables farmers to make informed decisions based on accurate data.

Real-time information on container fill levels enables :

  • more precise planning of farming activities,
  • optimize the use of resources,
  • to maximize returns.

Operators can adjust their production strategies in line with fluctuations in demand, resulting in better adaptation to market needs and greater profitability.

Connected agriculture

The supervision technologies used

Supervision of container fill rates relies on the use of various technologies.

These include intelligent sensors installed on agricultural containers to measure fill levels accurately.

These sensors can be of various types, such as pressure sensors, level sensors or ultrasonic sensors.

Pressure sensors measure the pressure exerted by the liquid or material in the container, enabling the fill level to be estimated. They are particularly suitable for large tanks or vessels.

Level sensors, on the other hand, use technologies such as floats, magnetic float gauges or capacitive gauges to determine the fill level. They are commonly used in smaller silos or storage tanks.

Ultrasonic sensors work by measuring the time taken for an ultrasonic signal to propagate and return after encountering the liquid surface. This measurement accurately determines the distance between the sensor and the fill level, providing a precise estimate of the liquid level in the container.

These sensors are often connected to wireless communication systems, such as LoRaWAN networks or cellular connections, to transmit filling data to a central supervision platform.

This platform enables farmers to access filling information in real time via user-friendly interfaces, whether on computers, smartphones or tablets.

Using these supervisory technologies, farmers can benefit from continuous monitoring of container fill rates, receive alerts in the event of critical levels, analyze fill trends over a given period and generate reports for informed decision-making. This enables them to optimize the management of their resources, reduce costs and improve the efficiency of their farming operations.

Integrating supervision into farming practices

Supervision of container fill rates plays an essential role in modern farming practices. By integrating this monitoring technology into their daily operations, farmers can benefit from several significant advantages.

By monitoring fill levels in real time, farmers can efficiently manage their supplies, avoiding shortages or overstocking. This enables better planning of farming activities, reduced purchasing costs and minimized losses linked to surplus stocks.

In addition, supervision promotes more efficient use of resources. By knowing the precise fill level, farmers can adjust their operations to avoid waste and overuse, particularly in irrigation. This means rational use of water, conservation of water resources and optimized plant growth.

The integration of supervision also facilitates informed decision-making. Container filling data can be analyzed to identify trends and anticipate future needs.

For example, by analyzing fuel tank filling data, operators can plan supplies to avoid interruptions or delays.

Finally, the integration of supervision contributes to the traceability of agricultural activities. By recording filling data, operators can track the progress of each container, record operations carried out, and ensure regulatory compliance and transparency in the supply chain.

Connected agriculture

Indoor and outdoor geolocation of equipment

Geolocation plays an essential role in the efficient management of farm equipment, both on and off the farm. By using innovative geolocation technologies, farmers can optimize daily operations, improve productivity and guarantee the safety of their equipment.

The importance of indoor geolocation

Indoor geolocation makes it possible to track and locate agricultural equipment inside buildings or greenhouses. This technology is particularly useful on large farms, where it can be difficult to find a specific piece of equipment among many others. By using locating beacons or wireless technologies, farmers can know the precise location of their equipment in real time, facilitating day-to-day management, maintenance and reallocation.

Optimizing logistics operations with outdoor geolocation

Outdoor geolocation enables farm equipment to be tracked and located off-farm. It provides enhanced visibility of the position of farm machinery, vehicles and other mobile equipment. This makes it easier to plan routes, optimize transport tasks and coordinate logistics operations. By knowing the precise location of their equipment, farmers can reduce journey times, avoid delays and optimize resources, resulting in higher productivity and lower costs.

Geolocation to manage maintenance operations

Geolocation of agricultural equipment also enables more efficient management of maintenance operations.

Connected agriculture

By knowing the location of each piece of equipment, farmers can proactively schedule and organize maintenance interventions. Technicians can be directed to the relevant equipment quickly and accurately, reducing downtime and improving responsiveness.

What’s more, geolocation makes it possible to maintain a history of interventions carried out on each piece of equipment, making it easier to monitor their condition and contributing to more effective preventive maintenance.

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Reduction of the impact on the environment

Geolocation for enhanced safety

Geolocation of farm equipment also contributes to enhanced safety on the farm. By monitoring the location of equipment in real time, farmers can detect any suspicious activity or unauthorized movement. In the event of theft or intrusion, geolocation makes it possible to quickly locate stolen equipment and take appropriate measures to recover it.

What’s more, in the event of an emergency or accident, geolocation facilitates the intervention of emergency services. By knowing exactly where equipment is located, farmers can quickly provide crucial information to emergency services such as fire departments or ambulance services.

This enables faster, more targeted intervention, which can make all the difference in terms of safety and the protection of property and people.

Thanks to geolocation, farmers can improve operational efficiency, reduce costs and ensure optimum use of their equipment.

Door opening detection in connected agriculture

Connected agriculture

Farm equipment security is essential to prevent unauthorized intrusion and protect valuable farm resources.

Let’s take a look at the role of door opener detection in intelligent agriculture, its benefits and applications.

 

Door opening detection operating principle

Door opening detection is based on the use of intelligent sensors placed on the doors of agricultural equipment. These sensors detect door opening and closing movements and send signals or alerts in the event of an incident. We’ll explore the different types of sensor used in door opening detection and their operating principles.

Safety and protection of agricultural equipment

Door opening detection offers an additional level of security, enabling farmers to monitor access to their equipment in real time. In the event of unauthorized intrusion, the sensors will send instant alerts, enabling farmers to take immediate action to protect their assets. We’ll also look at the benefits of door opening detection in preventing theft and deterring vandalism.

Monitoring environmental conditions

In addition to safety, door opening detection can also be used to monitor environmental conditions inside agricultural equipment, such as temperature, humidity or gas concentration sensors inside storage spaces. This monitoring enables farmers to take corrective action in the event of abnormal variations in conditions, thus guaranteeing the quality and preservation of agricultural produce.

Integrating door opening detection into farm management systems

Door opening detection can be integrated into existing farm management systems, enabling centralized supervision of all equipment. Alerts generated by the sensors are transmitted to management interfaces, giving farmers a real-time overview of the status of their equipment.

Real-time monitoring of container fill rates enables farmers to keep a close eye on storage levels and improve operational efficiency. Indoor and outdoor geolocation makes it easier to track, locate and maintain equipment, contributing to better resource management and optimized logistics. Door opening detection ensures equipment safety by detecting unauthorized intrusions and quickly alerting farmers.

It is therefore essential for agricultural businesses to seize these opportunities and invest in IoT solutions tailored to their specific needs. By adopting digital tools, sensors and business platforms, they can improve productivity, optimize operations and contribute to a more sustainable and resilient agricultural sector.

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